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455 - Telecommunications
455422100 - Zoned or cellular telephone system
455436000 - Handoff
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|HIGH-SPEED SERVING CELL CHANGE - A device receives a measurement report generated by user equipment, and determines whether a serving cell for the user equipment should change from a source cell to a target cell based on the measurement report. The device also configures the source cell and the target cell for the serving cell change when it is determined that the serving cell for the user equipment should change, and transmits, via the target cell, a serving cell change message to the user equipment using a common network temporary identifier. The device further receives, from the user equipment, an acknowledgment of the serving cell change.
|IDENTIFICATION METHOD AND SWITCHING METHOD OF FEMTOCELL AND FEMTOCELL SYSTEM - A switching method of a femtocell includes steps of: a) detecting an air message, and determining, according to signal strength, a base station corresponding to a broadcast message in the detected air message as a standby base station; b) determining whether the standby base station is the femtocell according to a specific identification sequence and a pilot channel output power value in the broadcast message of the standby base station; according to step (b), determining a first standby base station corresponding to a first broadcast message as a base station of a first type; according to step (b), determining a second standby base station corresponding to a second broadcast message as a base station of a second type; and with respect to the first standby base station and the second standby base station, prioritizing the femtocell to switch to the first standby base station for service handover.
|METHOD AND APPARATUS FOR ENHANCEMENT OF SYNCHRONIZATION FOR TD-SCDMA BATON HANDOVER - A method and apparatus for wireless communication comprising switching an uplink (UL) from a source cell to a target cell; and receiving a Synchronization Shift (SS) command from the source cell, wherein the SS command is generated by the target cell. In one aspect, the method and apparatus further comprise switching a downlink (DL) through the target cell; completing a physical channel reconfiguration; and sending a Physical Channel Reconfiguration Complete message to the Radio Network Controller (RNC) through the target cell.
|Handover method and apparatus in a wireless telecommunications network - A method for handover of a mobile terminal from a source node to a target node in a wireless telecommunications network, including the steps of: adding an indication in the preparation phase by which source node indicates to the target node if it is the one preferred or not. If a target node is not the one preferred but is still selected by the UE, it may indicate this to the source node as by a specific new message that comes earlier in the handover process than a message requesting the source node to release resources following successful handover to a new node. The source node can then in this case cancel handover preparations to other target nodes earlier and also start data forwarding where applicable earlier.
|METHOD AND DEVICE FOR ADAPTABLY CONTROLLING BANDWIDTH OF CHANNEL - Disclosed are a base station and mobile station to adaptively control a bandwidth of a channel. The base station includes a state information recognition unit to recognize neighboring-state information related with a traffic load of at least one neighboring network adjacent to a target network, a control state information transmitting unit to transmit control state information related with the controlled bandwidth of the target channel to mobile stations of the target network, and a bandwidth control unit to control a bandwidth of a target channel used in the target network according to a bandwidth of a channel used in the neighboring network based on the neighboring-state information.
|SMALL CELLS IMPLEMENTING MULTIPLE AIR INTERFACES - A communication networks including a plurality of small cell providing air interface infrastructure functionality is provided. Aspects of the present disclosure relate to the management of inter-small cell communication in accordance multiple air interfaces supported within individual small cells. Additionally, aspects of the present disclosure relate to the management of intra-small cell communication in accordance with communication networks implementing multiple small cells. In other aspects, small cells coordinate handovers through the use of a controller, or by leveraging wireless connections created between the small cells. In further aspects, the small cells enable the utilization of multiple air interface standards within a small cell.
|RADIO BASE STATION AND METHOD FOR MOBILE COMMUNICATION SYSTEMS - A radio base station includes a radio communication unit that wirelessly communicates with a mobile station being capable of communicating in first and second mobile communication systems; a network communication unit that communicates with a switching center; and a determination unit that determines whether the mobile station measures radio quality in the second mobile communication system, wherein, when the mobile station requests a service not being provided in the first mobile communication system, but being provided in the second mobile communication system, necessity of the measurement of the radio quality by the mobile station is determined by confirming presence of coverage of the second mobile communication system in a cell of the radio base station, and wherein, when the measurement of the radio quality is unnecessary, the mobile station is allowed to switch to the second mobile communication system, without requesting the mobile station to measure the radio quality.
|POWER CONTROL AND HANDOFF WITH POWER CONTROL COMMANDS AND ERASURE INDICATIONS - Techniques for performing power control and handoff are described. In an aspect, power control (PC) is supported with multiple PC modes such as an up-down PC mode and an erasure-based PC mode. One PC mode may be selected for use. Signaling may be sent to indicate the selected PC mode. If the up-down PC mode is selected, then a base station estimates the received signal quality for a terminal and sends PC commands to direct the terminal to adjust its transmit power. If the erasure-based PC mode is selected, then the base station sends erasure indications that indicate whether codewords received from the terminal are erased or non-erased. For both PC modes, the terminal adjusts its transmit power based on the power control feedback (e.g., PC commands and/or erasure indications) to achieve a target level of performance (e.g., a target erasure rate for the codewords). The erasure indications may also be used for handoff.
|OPTIMIZING HANDOVERS IN A COMMUNICATION NETWORK - Systems, methods, and software are provided to manage a handover of a mobile communication device from a source base station to a target base station. In an embodiment, a method comprises exchanging wireless communications between a plurality of mobile communication devices and a first base station system, processing the communications to determine a plurality of mobility profiles associated with the plurality of mobile communication devices served by the first base station system. A handover request to handover a mobile communication device from a second base station system to the first base station system is received. The plurality of mobility profiles are processed to select a candidate mobile communication device from the plurality of mobile communication devices. A handover of the candidate mobile communication device is initiated from the first base station system to a target base station system.
|System and method for resumable data transmission - A method for resuming data transmission in a data transmission system including multiple information processing units and at least one mobile device, the multiple information processing units and the mobile device each including a wireless communication component, the method includes: transmitting data, by a first one of the multiple information processing units, to the mobile device; recording a transmission status of the mobile device, the transmission status including information regarding an unfinished data transmission by the first information processing unit to the mobile device; and resuming transmitting data relating to the unfinished data transmission, by a second one of the multiple information processing units, to the mobile device based on the recorded transmission status.
|HANDOVER DETERMINATION APPARATUS AND METHOD IN OVERLAY WIRELESS NETWORK ENVIRONMENT - A handover determination apparatus and method in an overlay wireless network environment is provided. A handover situation is detected with consideration of a user environment including user requirements and service efficiency, as well as received signal strength of a wireless network, and an unnecessary handover due to a temporary condition change is prevented by use of a dwell timer. Accordingly, a seamless optimized wireless network service can be provided to a user regardless of a location of the user.
|METHOD AND APPARATUS FOR PERFORMING HANDOFF IN COMMUNICATION SYSTEMS - A communication system including a closed loop power control system. Prior to allowing a handoff to a new base station, the subscriber station verifies that its reverse link signal is being received by the destination base station with sufficient energy. The determination is made based on the received reverse link power control commands from the base station. Moreover, a handoff may be forced when the base station providing the best forward link signal in not receiving the reverse link signal from the subscriber station with sufficient energy.
|COMMUNICATIONS SYSTEM - A method performed by a EUTRAN base station. The method includes generating a request for resource status information, sending the generated request to a neighboring EUTRAN base station, receiving one or more resource status update messages from the neighboring EUTRAN base station in response to the requested resource status information. The one or more status update messages include data identifying the physical resource block usage for real time traffic on the uplink. The method further including performing load balancing operations in dependence upon the received one or more resource status update messages.
|SUPPORT FOR HANDOFFS IN HIGH RATE PACKET DATA SYSTEMS - A first handoff is for an inter-AN cell selection where a source AN allows the AT to add a cell under the control of a different AN to its active set and then allows the AT to switch to the target AN. A bearer path is established between the source and target AN to transfer the data traffic using an exchange of messages to register the AT's movement from one BTS to another BTS. The A8/A10 connections remain anchored at the source AN so a bearer path is needed between the source and target AN to transfer the data traffic. The second handoff occurs when the source AN specifies a move of the AT to a new AN proactively. New connections are established at the target AN to support the AT, and the AT is subsequently moved to the target AN via the relevant air-interface messaging.
|COMMUNICATION SYSTEM, GATEWAY DEVICE, FEMTO ACCESS POINT, COMMUNICATION METHOD AND DEVICE PROGRAM - In order to realize hand over between an existing communication network and an FAP in a communication system with a different communication procedure, without requiring improvement of an existing communication system, a gateway device and the Femto Access Point configure virtual RNC means which is recognized as an RNC by an RNC when communication with the RNC is performed, and if the hand over is performed between a BTS and the Femto Access Point, the virtual RNC means transmits and receives a message containing hand over information for call control to and from the RNC.
|Configuration of HS-DSCH Serving Cell Change Improvements - The present solution relates to a method in a user equipment (
|NEIGHBOR MANAGEMENT FOR MOBILE RELAY NODES - A donor base station (
|MOBILE COMMUNICATION SYSTEM AND METHOD OF DATA DISPERSION IN SAID SYSTEM - In a mobile communication system, which has a plurality of radio network controllers and a number of radio base stations connected to each of the radio network controllers, for sending and receiving user data between a host network and mobile stations via the radio network controllers and radio base stations, a plurality of transmission paths that pass through one or more radio network controllers are set up between a base station, which sends and receives radio signals to and from a mobile station, and the host network. When data is being sent and received using one transmission path from the host network to a base station through a radio network controller, traffic conditions on this transmission path are monitored. When traffic has increased, the user data is dispersed by being passed through a plurality of transmission paths.
|SIGNAL TRANSMISSION PATTERN - An access point transmits signals (e.g., a cell reselection beacon) on a carrier frequency according to a multi-power level transmission pattern. Signals are transmitted at a high power level for a first defined period of time (e.g., between 4-7 milliseconds) and at a low power level for a second defined period of time (e.g., between 58-65 milliseconds).
|BASE STATION, COMMUNICATION SYSTEM AND HANDOVER DESTINATION DETERMINATION METHOD - A base station, a communication system and a handover destination determination method for determining a target base station that is highly likely to be able to perform a MIMO communication, are provided.
|LOAD BALANCING IN FEMTOCELLS - A method may be provided for load balancing in femtocells. Determination may be made as to whether a cell load status of the femtocell base station exceeds a certain load level. When the cell load status of the femtocell base station reaches and/or exceeds the certain load level, handover of at least one user equipment coupled to the femtocell base station to a target base station may be initiated by shrinking cell coverage of the femtocell base station.
|BASE STATION, COMMUNICATION METHOD AND WIRELESS COMMUNICATION SYSTEM - A base station, to which a cell belongs and which communicates with a relay node to which a relay node cell belongs, includes a control unit configured, at a time of handing over the relay node from the cell of the base station to a first cell belonging to a first base station, to extract information indicative of a non-overlapping cell between a first handover destination neighbour cell list containing neighbour cell information of a first neighbour cell adjacent to the first cell at a handover destination and a first handover source neighbour cell list containing neighbour cell information of a neighbour cell adjacent to the cell at a handover source, and to update a neighbour cell list corresponding to the non-overlapping cell by deleting the relay node cell belonging to the relay node from the neighbour cell list based on the information indicative of the non-overlapping cell.
|Method for Processing Handover Capability and Base Station - The present invention discloses a method for processing handover capability and a base station, wherein the method includes: before the Radio network Resource Control Re-establishment (RRC) is initiated in User Equipment (UE), a target base station of a target cell of the UE obtains Closed Subscriber Group (CSG) handover capability of the serving cell from the serving base station; when the RRC connection is in reestablishment, the target base station of the target cell processes the RRC connection reestablishment according to the obtained CSG handover capability. The present invention enables the behavior in UE and in the network keep in alignment after the UE finishes RRC connection reestablishment in the target cell while before it receives the first RRC connection reconfiguration message which is transmitted by the target cell.
|HANDOFF IN AD-HOC MOBILE BROADBAND NETWORKS - A server is configured to maintain a session with a mobile client through a first mobile service provider. The server is further configured to pre-authenticate a second mobile service provider for handoff. The server is also configured to enable the handoff of the mobile client from the first mobile service provider to the second mobile service provider while maintaining the session with the mobile client.
|COMMUNICATION SYSTEM, NETWORK HANDOVER PROCESSING METHOD AND APPARATUS - A communication system, a network handover processing method and a network handover processing apparatus are disclosed. The method includes the following steps: receiving, by a target evolution NodeB (T-eNB), identity information sent from a user equipment (UE), the identity information being allocated to the UE by a source evolution NodeB (S-eNB); and sending, by the T-eNB, parameters to the UE if identity information, matching the received identity information sent from the UE, is available in the T-eNB, wherein the parameters are allocated to the UE. The apparatus includes a receiving module and a sending module. The communication system, network handover processing method and network handover processing apparatus can reduce the state change times of the UE in the network handover process and save the system resources.
|METHOD AND SYSTEM FOR PERFORMING HANDOVER OF MULTIMODE-MULTIBAND TERMINAL BY USING MULTI TARGET CELL IN MOBILE COMMUNICATION ENVIRONMENT - Disclosed are a method and a system for performing handover of a multimode-multiband terminal by using multi-target cells in a mobile communication environment. The method for performing handover of a multimode-multiband terminal using multi-target cells in a mobile communication environment, which increases a probability of handover and improves communication quality by using the multi-target cells in a mobile communication system including a CDMA-
|DATA COMMUNICATION SYSTEMS, RADIO BASE STATIONS, AND DATA COMMUNICATION METHODS - A radio base station transmits a communication channel establishment rejection signal that contains information that denotes that a delay transmission that transmits the data later is to be executed to the mobile station and registers an identifier of the mobile station to a list if the communication channel establishment request signal contains the information that denotes that the data is not instantaneous data and the radio resource does not have free space equal to or greater than the threshold, and transmits a call signal that contains information that denotes that execution of the delay transmission is to be started to a mobile station whose identifier has been registered to the list if the radio resource has free space equal to or greater than the threshold.
|INFORMATION METHOD AND SYSTEM OF A USER ACCESS MODE - The present invention discloses an information method of a user access mode, and the method comprises: when attempting to hand over a User Equipment (UE) to a target hybrid home (e)NodeB cell, a network element at a network side informs a target hybrid home (e)NodeB of a current user access mode of the UE via a handover signaling, wherein the user access mode is information on whether or not the UE is a member user of the target hybrid home (e)NodeB cell. The present invention further discloses an information system of a user access mode, in which an informing unit at a network side is used for a network element at the network side to inform, when attempting to hand over a UE to a target hybrid home (e)NodeB cell, a target hybrid home (e)NodeB of a current user access mode of the UE via a handover signaling. By using the method and system of the present invention, when the network attempts to hand over a UE to a target hybrid home (e)NodeB cell, the informing of a user access mode is realized to guarantee the priority of a member user of the hybrid home (e)NodeB in access and resource allocation.
|RADIO RELAY STATION AND CONTROL METHOD - A relay node (
|HANDOVER PREPROCESSING SYSTEM, MOBILE TERMINAL, BASE STATION - A technology is disclosed that provides a handover preprocessing system and the like, the handover preprocessing system capable of eliminating waste of resources used as a result of notification being reissued of a CSG cell for which access is not granted. According to the technology, the handover preprocessing system is configured by: a base station
|COMMUNICATION SYSTEM, METHODS OF MANAGING A COMMUNICATION SYSTEM AND MOBILE USER EQUIPMENT - The invention relates to a communication system with at least two different access systems, wherein a first access system is capable of handling a first number of communications between a mobile user equipment (MUE) and the first access system and wherein a second access system is capable of handling a second number of communications between the mobile user equipment (MUE) and the second access system.
|HANDOVER FOR CELLULAR RADIO SYSTEMS - In a cellular wireless system, power thresholds used for determining whether or not to add or drop servers held in a set of servers, such as an active set, for serving a user equipment are determined on the basis of the motion of the respective user equipment. A lower threshold may be used with respect to the adding or dropping of a given server to or from a set of servers for serving a fast moving user equipment than would be used for the same server with respect to its adding or dropping to or from a set of servers for serving a slow moving user equipment, while maintaining a given quality of service. As a result, the average number of servers held in sets is reduced in a typical network that comprises a plurality of user equipments moving at different speeds, compared to a situation in which the threshold is set irrespective of the motion of a user equipment. A reduction in the average number of servers held in sets of servers for serving the user equipment has the benefit of reducing data traffic loading in a backhaul network, since the need to send duplicated data to each member of sets of servers is reduced and/or increasing network capacity, since the radio resource is used more efficiently because the proportion of servers sending duplicate data is reduced.
|NARROW BEAM HANDOVER - Handover is a main function that is used to support mobility in the network. In a cellular communication network having adaptive antennas for enabling narrow beam operation, a network control unit sends a radio link setup request to a selected cell-serving network unit for configuration of a new serving radio link. Before responding to the radio link setup request the cell-serving network unit performs uplink measurements with respect to the mobile unit, and a narrow target beam is selected within a cell served by the cell-serving network unit based on these measurements. The cell-serving network unit then configures the new serving radio link for the considered mobile unit directly with the selected narrow target beam. Consequently the system can perform the handover procedure using narrow beams only, without first establishing the radio link with a cell-wide beam and then reconfiguring the radio link onto a narrow beam.
|System and method for performing handovers, or key management while performing handovers in a wireless communication system - Example embodiments provide a method for performing handovers and key management while performing handovers. The method includes communicating a random handover seed key protected by a secure protocol from a core component of a network to a user equipment. The secure protocol prevents the random handover seed key from being learned by base stations supported by the core component of the network. The secure protocol may be non-access stratum signaling of an evolved packet system environment for wireless communications.
|Handover Method Of Wireless Communication System, And Wireless Base Station And Wireless Terminal Of The Same System - To prevent throughput reduction during handover, the wireless communication system includes a wireless terminal and a plurality of wireless base stations communicating wirelessly with the wireless terminal and performs control to lower the speed at which the wireless terminal communicates with a communication party upon time-out of a timer value generated in accordance with the time required for transmission/reception of a signal between the wireless terminal and a communication party, wherein the wireless base station performs the control to lower the speed of the communication with the wireless terminal so as to increase the timer value when the wireless base station decides execution of the handover of the communication with the wireless terminal to another wireless base station autonomously or in response to a request from the wireless terminal, and subsequently, executes the handover.
|Method and Evolved Node Base-Station for Avoiding Occurrence of Handoff between Adjacent Cell - A method and an Evolved Node Base-station (eNB) for avoiding an occurrence of a ping-pong handover between adjacent cells are provided. The eNB comprises: a statistics module, a storage module, a judging module and a parameter adjusting module. The method includes: during a statistics period, eNBs serving two adjacent cells involved in a ping-pong handover, making a statistics on times of the serving cell of the eNB being used as a source cell and a target cell in a second handover in a process of each ping-pong handover occurring between the two adjacent cells respectively; upon the end of the statistics period, if the eNB determines that the times of the serving cell of the eNB being used as the source cell in the second handover is greater than the times of as the target cell, the eNB increasing a value of a handover control parameter of this serving cell.
|APPARATUS AND METHOD FOR HANDOVER BETWEEN HETEROGENEOUS SYSTEMS - An apparatus and method for enhanced heterogeneous network handover using a media independent handover scheme is provided. A heterogeneous network handover method of the present invention includes generating, at a mobile node, self-location information, transmitting the self-location information to a management server which manages heterogeneous networks, searching, at the management server, surrounding networks using the self-location information, composing a set of candidate networks including at least one of the surrounding networks, transmitting information on the set of candidate networks to mobile node and deciding, at the mobile node, a target handover network among the candidate networks. Accordingly, latency during handover in a heterogeneous network can be reduced.
|APPARATUS AND METHOD FOR LOCAL MOBILITY MANAGEMENT IN A CLUSTERED FEMTOCELL NETWORK - A clustered femtocell network including a plurality of femtocell access points that are connected via a logical interface to a mobile network in order to provide user equipments with radio access to the mobile network, wherein the mobile network includes a Mobility Management Function—MMF—, is characterized in that a logical function—Proxy Mobility Management Function P-MMF—is provided that localizes mobility management of the user equipments in the clustered femtocell network, wherein the P-MMF intercepts and interprets mobility-related signaling between the MMF and the femtocell access points in such a way that it emulates towards the femtocell access points the behavior of the mobile network's MMF and towards the mobile network's MMF the behavior of the femtocell access points. Furthermore, a method for operating a clustered femtocell network is disclosed.
|ZONE SWITCHING IN MIXED-ZONE AIR INTERFACE - Embodiments of a system and method for wireless communication are provided. In certain embodiments, a base station provides a first zone using a first version of the communication standard and a second zone using a second version of the communication standard. In certain embodiments, the base station determines whether a mobile station communicating with the base station in the first zone can support the second version of the communication standard used in the second zone. When the mobile station can support the second version of the communication standard, the base station can send a command to switch the mobile station to the second zone.
|SYSTEM AND METHOD FOR DETECTING STATIONARY USERS AND CALL ADMISSION CONTROL METHOD THEREOF IN WIRELESS COMMUNICATION SYSTEM - The present invention relates to a stationary user detecting system and method and a call admission control method using the same in a wireless communication system. A plurality of base stations located in the wireless Internet system detect a stationary user at regular time intervals and maintain it by a predetermined number of cases for each terminal. Information on the maintained stationary user is recalculated with a stationary probability for each base station so as to be used for call admission control. Therefore, the terminal of the stationary user detected in the wireless Internet system is calculated with the stationary probability value, which is applied to the call admission control, thereby minimizing reservation of undesired resources.
|MOBILE COMMUNICATION SYSTEM, BASE STATION, AND MOBILE COMMUNICATION METHOD - A radio controller
|MOBILE COMMUNICATION METHOD AND RADIO BASE STATION - A radio base station (T-eNB) according to the present invention is configured to set up a data forwarding tunnel for forwarding user plane data to the radio base station (T-eNB) only for an access bearer for which the user plane data to be forwarded exists, when receiving a notification from a handover-source radio base station (S-eNB) as to whether or not the user plane data to be forwarded exists for each access bearer, the notification being made by using a handover request message for the mobile station (UE), and the access bearer being set up between the radio base station (T-eNB) and a upper level node (SGW); and
|FAST RADIO LINK RECOVERY AFTER HANDOVER FAILURE - A radio connection is supported between the mobile station and a source base station associated with a source cell. The mobile station transmits information to the source base station over a shared uplink data communications channel used by multiple mobiles. A handover message is received from the source base station indicating that the source base station has initiated a handover of the radio connection over to a target base station for the target base station to support the radio connection. The handover fails. In response, a message is sent from the mobile station to the source base station requesting that the source base station continue to support the radio connection without requiring the mobile station to perform a radio channel procedure competing with other mobile stations requesting a new radio connection be supported by the source base station.
|COMMUNICATIONS SYSTEM - A method performed by a EUTRAN base station. The method includes generating a request for resource status information, sending the generated request to a neighboring EUTRAN base station, receiving one or more resource status update messages from the neighboring EUTRAN base station in response to the requested resource status information, performing load balancing operations in dependence upon the received one or more resource status update messages, and controlling handover of one or more associated mobile communication devices to another cell or base station in dependence upon the one or more received resource status update messages.
|METHOD FOR PERFORMING HANDOVER - A method for enabling a target base station to perform handover of a UE (user equipment) from a source base station to the target base station is provided. The method includes receiving a request for handover of the UE from the source base station, allocating a handover identifier for the UE and transmitting the handover identifier to the source base station. The handover identifier identifies the UE during handover. The UE can use the handover identifier which relatively occupies small amount of radio resources during handover or initial access process.
|Mobile Station and Base Station - A base station
|METHOD AND SYSTEM FOR REALIZING ENERGY SAVING CONTROL OF BS - The present invention discloses a method for implementing energy saving control at a NodeB, comprising: when a cell of a NodeB is required to sleep, a Radio Network Controller (RNC) sending an indication of sleeping a cell to the NodeB, and the NodeB sleeping the cell to enter into an energy saving state; and when the cell of the NodeB is required to wake up, the RNC sending an indication of waking up a cell to the NodeB, and the NodeB waking up the cell to exit the energy saving state. The present invention also discloses a system for implementing energy saving control at a NodeB.
|WIRELESS COMMUNICATION SYSTEM AND LOAD BALANCING AWARE HANDOVER METHOD THEREFOR - An object of the invention is to provide a wireless communication system in which the load of each cell and interference between cells are taken into account. In a handover-candidate base station and a handover-source base station, parameters for interference-reducing scheduling and handover facilitating processing are adjusted based on the mutual load information. When the handover-candidate base station, to be used for load balancing, is a large-diameter cell, transmit power control and frequency scheduling are adjusted by taking account of the load state at a cell edge. When the handover-source base station has a small-diameter cell, the number of terminals to be handed over is adjusted by taking account of the load state of the handover-candidate base station. Thus, both of interference control and load balancing are achieved.
|Method and Apparatus for Making Handover Decisions in a Heterogeneous Network - A method and apparatus for handover of a mobile station from a serving system to a target system, where a network of the serving system is different from a network of the target system is disclosed. The method includes measuring a Link Quality (LQ) of the target system and adjusting a nominal handoff threshold based on the Link Quality measurement to produce an adjusted handoff threshold. The method further includes, determining whether a handoff of the mobile station from the serving system to the target system should occur, based on the adjusted handoff threshold.
|HANDOFF ACCESS METHOD AND DEVICE BASED ON RANDOM ACCESS CHANNEL - A handoff access method and device based on a random access channel is provided, and includes a source BS that sends a handoff request message to a target BS; and the target BS sends a handoff response message to the source BS. The source BS then forwards a handoff command with the content of the handoff response message to the mobile terminal, wherein a sequence number of a reserved character code allocated by the target BS to the mobile terminal and a random access sub-channel that the reserved character code is located in are contained in the handoff command message. After receiving the handoff command message, the mobile terminal selects the reserved character code and the random access sub-channel that the reserved character code is located in; and a handoff access procedure is initialized on the random access sub-channel by the target BS and the mobile terminal.
|Method, System and Device for Reporting User Location Information - A method for reporting location information of user is disclosed in the present invention, which is configured for achieving the report of a location information of User Equipment (UE) during the procedure that UE is handed over to another serving cell, and includes the following steps: a source evolved Node Base (eNB) initiates a handover procedure; during the handover procedure, the source eNB sends the location reporting information to a target eNB, the target eNB acquires the location information of UE based on the location reporting information and reports it to a Mobility Management Entity (MME) corresponding to the target eNB. According to the present invention, it is possible for the source eNB to notify the target eNB based on a handover request of UE that the target eNB should report the location information after the UE is handed over to another serving cell, so that the target eNB can report the location information of UE to MME during the handover procedure of the serving cells. The present invention simplifies the signalling flow and is simple to be implemented.
|RADIO COMMUNICATION SYSTEM, RADIO BASE STATION, RADIO RELAY STATION, AND HANDOVER CONTROL METHOD - A radio communication system (
|Systems and Methods for Selective Communications Network Access - Systems and methods for network congestion management thru selective network access among wireless cells and wireless hotspots are provided. In an embodiment of the present invention, a method to transmit a connection policy decision to a wireless communications device that is connected to a cellular wireless network whether to access a wireless hotspot is provided. The method includes determining a wireless cell location of the wireless communications device, generating a connection policy decision to determine whether the wireless communication device should access a wireless hotspot based on the wireless cell location and wireless hotspot availability, and transmitting the connection policy decision to the wireless communications device. In additional embodiments, the connection policy decision is based on one or more of battery charge levels of the wireless communications device, a mobility pattern of the wireless communications device, and historical success rates accessing the wireless hotspot within the wireless cell location.
|Base Station Apparatus and Mobile Communication System - Disclosed is a handover method in radio communication. A base station apparatus monitors the receiving state of a terminal, detects, based upon the receiving state, whether the terminal is one in which there is a possibility that loss of a call or a decline in quality will occur or one in which loss of a call or a decline in quality has occurred, and hands over the terminal to another base station apparatus having a carrier frequency different from that of the present base station apparatus.
|BASE STATION APPARATUS, MOBILE STATION AND WIRELESS COMMUNICATION CONTROLLING METHOD - A wireless base station includes a candidate-cell obtaining unit that obtains a plurality of wireless communication route candidates usable for wireless communication of a mobile station with wireless base stations; a candidate-cell extracting unit that determines whether a wireless communication route candidate via which wireless communication can be performed is included in a plurality of wireless communication route candidates managed by the wireless base station itself from among the obtained wireless communication route candidates; a self-station determining unit; and a handover preparing unit that, when wireless communication can be performed via at least any of the wireless communication route candidates managed by the wireless base station itself according to the result of determination, notifies a wireless base station with which the mobile station is in wireless communication that wireless communication can be performed with the mobile station.
|METHODS AND SYSTEMS FOR BACKGROUND SCANNING IN OFDMA MOBILE STATIONS - Certain embodiments provide techniques for background scanning in a wireless communication device receiving signals from multiple base stations using a background scanning processor separate from a receive processor. The techniques generally include buffering raw signal data from multiple base stations, forwarding the raw signal data to a receive baseband processor for decoding data from a first one of the base stations that is currently designated as a serving base station with an active connection to the wireless communications device, forwarding the raw signal data to a background scanning processor, separate from the receive baseband processor, and generating channel characteristics corresponding to the multiple base stations with the background scanning processor without interrupting the exchange of data with the first base station designated as the serving base station.
|Method for Load Balancing in a Radio Communications System and Apparatus Thereof - Method and apparatus thereof for load balancing in a radio communications system having a plurality of access nodes, including the steps of: two access nodes of said plurality exchange cell load information; a first access node having spare capacity and accepting load balancing requests from said second access node modifies a transmit power ratio between a data channel and a control channel such that load balancing is accomplished by handing over at least one user terminal or UE to the access node or cell re-selection of at least one user terminal or UE to the access node.
|TELECOMMUNICATIONS SYSTEM AND METHOD - The present invention overcomes the problem of S1 interface failure by redirecting user equipments to another radio basestation, or another RAT. This redirecting may be on a UE-by-UE basis, i.e. when a connection request is received, redirecting that UE, or may involve redirecting all UEs in a cell by broadcasting modified system information. The redirecting may be such that future traffic load, for example as caused by UEs performing tracking area updates, is minimized, by instructing UEs to redirect after a randomized period of time, or by locking the cell after a randomized period of time, for example. In yet further embodiments of the invention, the cell may be locked after a certain number of connection requests have been received. In this way, particularly busy cells can be locked sooner than would otherwise be the case.
|Data Transfer Management in a Radio Communications Network - A mobile communications system comprising, a network with a source network node and a target network node that supports a handover procedure, and a mobile terminal that is allowed to access the source network node and access the target network node according to the handover procedure, whereby information related to a reception status of user data is delivered between at least two among a group comprising the mobile terminal, the source network node, and the target network node. The target network node the source network node. In addition, the target network node may receive a status report from the mobile terminal.
|BASE STATION, MOBILE COMMUNICATION SYSTEM, AND SYSTEM INFORMATION TRANSMISSION METHOD - Provided is a base station that includes a cell that defines an area in which the base station can communicate with a mobile terminal by wireless. The cell is arranged adjacently to the other cell of another base station. The base station includes communication unit
|APPARATUS AND METHOD FOR PROVIDING HANDOVER SUPPORT INFORAMTION IN MOBILE COMMUNICATION SYSTEM - An apparatus and method for providing handover support information in a mobile communication system are provided. A method for an Base Station (BS) to provide information necessary for measurement report trigger performance to a Mobile Station (MS) after the MS determines neighboring BSs in a mobile communication system includes, in a case where the MS is an active mode MS, providing a Time To Trigger (TTT) independently by a specific neighboring BS to the active mode MS and, in a case where the MS is an idle mode MS, providing a reselection time period (Treselection) independently by the specific neighboring BS to the idle mode MS.
|ZONE SWITCHING IN MIXED-ZONE AIR INTERFACE - Embodiments of a system and method for wireless communication are provided. In certain embodiments, a base station provides a first zone using a first version of the communication standard and a second zone using a second version of the communication standard. In certain embodiments, the base station determines whether a mobile station communicating with the base station in the first zone can support the second version of the communication standard used in the second zone. When the mobile station can support the second version of the communication standard, the base station can send a command to switch the mobile station to the second zone.
|Processing Method and System for Multi-carrier Handover - The present invention discloses processing methods and processing systems for multi-carrier handover, wherein one of the processing methods comprises: a source base station, determining, according to a obtained supported-carrier-aggregation relationship among cells in an adjacent base station, a target Primary Cell (Pcell) and target Secondary Cell (Scell) (s), and notifying a target base station to which the target Pcell and the target Scell (s) belong; the target base station configuring the target Pcell, the target Scell (s) and a corresponding handover command, and sending the handover command to the source base station; and the source base station forwarding the handover command to a user equipment which, according to the handover command, accomplishes a handover process. The present invention achieves the handover in the multi-carrier system.
|Influencing Load Balancing Between Radio Access Technologies - One embodiment of the method includes transferring, by a network element, a user equipment to a different one of the plurality of RATs based on a load balancing determination and a profile for the user equipment. The profile indicates a preference for each of the plurality of RATs, and at least one of the preferences is based on at least one attribute of the user equipment monitored over a period of time.
|COMMUNICATION METHOD OF MOBILE TERMINAL, PICO BASE STATION, AND MACRO BASE STATION IN HETEROGENEOUS NETWORK - A communication method of a macro base station serving a target mobile terminal in a macrocell including a picocell includes receiving information about an uplink interference of a pico base station in the picocell from the pico base station, and determining whether to perform a handover of the target mobile terminal to the pico base station based on an uplink interference of the macro base station and an uplink interference of the pico base station.
|Method and system for implementing the soft unload of multi-homing core network element - The present invention discloses a method and system for softly unloading a core network element in a multi-homing networking mode, for solving the technical problem of high call loss rate caused by unloading the multi-homing core network element due to reasons like upgrading, failure, or removal. In the present invention, the to-be-unloaded multi-homing core network element is set into an office direction blockage state, and the multi-homing core network element will not be distributed with a new service; and the to-be-unloaded multi-homing core network element is unloaded when the existing services thereon are processed into a predetermined state. The present invention reduces the call loss rate and mitigates the impact on the existing services when the multi-homing core network element needs to be unloaded.
|METHODS AND APPARATUSES FOR FACILITATING TRIGGERED MOBILITY - Methods and apparatuses are provided for facilitating triggered mobility. A method may include monitoring, at a mobile apparatus, a connection quality associated with a serving cell serving the mobile apparatus. The method may further include determining based at least in part on the monitored connection quality whether a predefined threshold connection quality condition has been satisfied. The predefined threshold connection quality condition may be indicative of potential inter-cell interference from a cell located within a coverage area of the serving cell. In an instance in which it is determined that the predefined threshold connection quality condition has been satisfied, the method may additionally include causing a report indicating that the predefined threshold connection quality condition has been satisfied to be sent to a network node associated with the serving cell. A corresponding apparatus is also provided.
|Local Exchange Implementation Method for Local Call - The present invention discloses a method for implementing local exchange for a local call, including: a calling side mobile switch center (MSC) receiving a call setup request from a calling user, and the calling side MSC transferring a local reference to a calling side base station system (BSS) and a called side MSC, and transferring a calling access location information to the called side MSC; the called side MSC receiving the local reference and transferring the local reference to a called side BSS; and the called side MSC determining that a call is a local call according to the calling access information, and notifying the called side BSS to execute the local exchange. The present invention solves the problem that the local exchange is unsuccessful caused by one BBS connecting a plurality of MSCs.
|FEMTO CELL SYSTEM AND METHOD OF ACHIEVING MOBILITY WITH MACRO/MICRO CELL IN FEMTO CELL SYSTEM - A node that manages a plurality of femto cells identifies the femto cells that use an identical scrambling code, transfers a relocation request from the macro/micro network of a moving source to the femto cells and obtains information from a correct moving destination to achieve inter-network mobility of the mobile station.
|METHOD AND APPARATUS FOR HANDOVER - The present invention discloses a method and an apparatus for handover applied to the communication field. The method includes: receiving indication information from an MME, where the indication information is used to indicate whether a network side and a terminal support enhanced CSFB to a 1x network; if the network side and the terminal support enhanced CSFB, determining to perform enhanced CSFB to the 1x network and determining to perform handover to an HRPD network; and sending a first message to the terminal to trigger the terminal to perform enhanced CSFB to the 1x network and perform handover to the HRPD network. By using the method, when 1xRTT CSFB occurs or when SRVCC is performed, the UE can continue to use PS data services with a shorter handover time, and therefore, a customer has a good customer experience.
|Method and Apparatus for Providing Seamless Call Handoff Between Networks That Use Dissimilar Transmission Methods - Call handoff from an 802.1x network to a cellular network, and vice versa. A wireless device that has both cellular and 802.1x capability detects the strength of a cellular signal and of an 802.1x signal. If a call is taking place over the 802.1x network and the strength of the 802.1x signal drops below a particular level and the strength of the cellular signal is above a certain level, the call is handed off from the 802.1x network to the cellular network. If a call is taking place over the cellular network and the cellular signal strength drops below a certain level while the 802.1x signal strength is above a certain level, the call is handed off from the cellular network to the 802.1x network. In addition, the user of the wireless device can manually initiate the handoff by actuating a handoff selector of the wireless device.
|MOBILE STATION AND RADIO BASE STATION - A mobile station UE is provided with an access right management unit for managing a CSG-ID corresponding to a CSG cell which permits the mobile station UE to access thereto, a measurement unit for measuring the radio quality of a CSG cell defined as an object to be measured, and a measurement report transmission unit for, only when the radio quality of a CSG cell corresponding to the CSG-ID managed by the access right management unit out of the radio qualities of CSG cells measured by the measurement unit satisfies a report condition, transmitting a measurement report including at least the radio quality of the CSG cell corresponding to the CSG-ID.
|Method of Handling Proximity Information Transmission and Related Communication Device - A method of handling proximity information transmission for a mobile device in a wireless communication system is disclosed. The method comprises initiating a handover procedure triggered by receiving a handover command or an radio resource control (RRC) connection re-establishment procedure, detecting a closed subscriber group (CSG) cell of a whitelist in the mobile device, wherein the whitelist provides a list of accessible CSG cells for the mobile device, and determining whether to perform the proximity information transmission according to an RRC message received from a network of the wireless communication system, wherein the RRC message includes a configuration of the proximity information transmission.
|METHOD FOR PREVENTING PING-PONG HANDOVER IN MOBILE RADIO NETWORKS - A method for preventing ping-pong handover in mobile radio networks having a multiplicity of stationary base stations at a distance from one another, and also stationary and/or moveable mobile radio stations, such as mobile radio telephones, which are in the transmission and reception range of the base stations. Repeated unwanted handover of a mobile radio station in the connected/active mode from a source base station to a destination base station is reduced or prevented. System messages are transmitted between the mobile radio stations and the base station, wherein the system messages for initiating the handover are used to transmit historical information relating to handovers which have already been performed, that information being used to automatically ascertain and set optimum operating parameters for the mobile radio stations and/or at least one of the base stations which are involved. The aim is to develop a method for preventing ping-pong handover in mobile radio networks, specifically in networks with network elements from different manufacturers, such that the parameters, particularly the hysteresis of the reception field strength, of the mobile radio and/or of the base stations are automatically set independently, to prevent ping-pong handover, without the need for expensive measurement trips with "manual" measurements.
|APPARATUS AND METHOD OF PERFORMING HANDOVER IN WIRELESS COMMUNICATION SYSTEM - A method and apparatus of performing a handover from a macro cell to a closed subscriber group (CSG) cell in a wireless communication system is provided. A user equipment transmits to a macro cell proxy information which indicates at least one frequency for at least one member CSG cell and receives from the macro cell a handover command which commands a handover from the macro cell to a target CSG cell. The user equipment performs the handover from the macro cell to the target CSG cell and checks whether additional proxy information indicating an additional frequency for at least one additional member CSG cell during the handover is found. The user equipment transmits to the target CSG cell the additional proxy information after completing the handover.
|Method and Apparatus for Providing a Pilot Beacon on Behalf of one or more Base Stations - Disclosed herein is a method and apparatus for providing a pilot-beacon on behalf of one or more base stations, such as one or more femtocells. A pilot-beacon transmitter, separate from the base stations, determines the locations of coverage areas of the base stations and then dynamically configures a pilot-beacon radiation pattern to encompass (approximately) the determined coverage areas. That way, a mobile station may detect the pilot beacon and initiate scanning of coverage provided by the base stations. Optimally, the method can be used to provide a pilot beacon for femtocells, thereby avoiding the need for the femtocells to include pilot beacon transmission functions and thus possibly decreasing the cost of the femtocells. The pilot-beacon transmitter or another entity may also be configured to receive and forward GPS signals to the base stations, possibly offsetting GPS timing based on measured delays for communication with the base stations.
|NETWORK INITIATED CONTEXT ESTABLISHMENT - The invention relates to a method for configuring a context for a connection delivering a packet data service to a mobile terminal via a target wireless access network. The mobile terminal is initially connected to an originating wireless access network and the packet data service may be provided to the mobile terminal via the originating wireless network. Moreover, the invention provides an authentication server, a packet data gateway and a packet data service support node which participate in the context configuration method. To provide a method that allows establishing connection for packet service delivery to a mobile terminal from a wireless access network, as for example a UMTS, as fast as possible the invention suggests to preconfigure service provision of the packet data service via the target wireless access network by establishing a context prior to the mobile terminal connecting to the target wireless access network.
|MOBILITY MANAGEMENT METHOD FOR USE IN CELLULAR MOBILE COMMUNICATION SYSTEM - Disclosed is a mobility management method for use in a cellular mobile communication system. The mobility management method is configured to save radio resources and provide a stable service by detecting a cell in which a dwell time of user equipment (UE) is short as an island cell and performing a direct handover (HO) to an appropriate cell without handing over the UE to the island cell. There are provided three methods including a base station-based method, a UE measurement-based method, and a UE history-based method according to how to measure a dwell time in which the UE stays in a cell, a component in which obtained information is received within a network, and how to process an HO using the information.
|METHOD, DEVICE AND SYSTEM FOR SELECTING SERVICE CELL - The present invention discloses the method, equipment and system for selecting a donor cell, and the method comprises the following steps: a relay node acquires the donor cell configuration information for the relay node; if the relay node determines, based on the donor cell configuration information, that the currently serving cell is listed in the donor cell configuration information, the relay node continues to work in the cell; otherwise, the relay node selects another cell listed in the donor cell configuration information to access. The present invention can improve the controllability of the selection of a donor cell by a relay node, thereby causing the relay node to quickly select a donor cell and access to the donor cell.
|HANDOVER PROCEDURE IN A COORDINATED MULTIPOINT (COMP) TRANSMISSION NETWORK - The invention relates to a method for performing a handover procedure in a wireless coordinated multipoint (CoMP) transmission network (
|Handoff Access Method and Device Based on Random Access Channel - A handoff access method and device based on a random access channel is provided, the method includes the following steps: step a, a source BS sends a handoff request message to a target BS, requesting switching the mobile terminal it serves to the target BS; step b, the target BS sends a handoff response message to the source BS, and then the source BS forwards a handoff command with its content to the mobile terminal, wherein the handoff command message does not include reserved character codes; step c, after receiving the handoff command message, the mobile terminal determines that the handoff command message does not include the reserved character codes, and then selects a random access sub-channel; and step d, the target BS and the mobile terminal initiate a random access procedure on the random access sub-channel.
|RADIO BASE STATION AND COMMUNICATION CONTROL METHOD - An LTE base station (
|SERVER FOR CONTROL PLANE AT MOBILE COMMUNICATION NETWORK AND METHOD FOR CONTROLLING SIPTO BASED SESSION - Disclosed is a method of controlling a session in a serving server taking charge of the control plane within a mobile communication network. The control method may include receiving, by the serving server, a tracking area update (TAU) request message of a terminal from a target base station; retrieving, by the serving server, a previous server that has taken charge of the control plane for the terminal; receiving, by the serving server and from the retrieved previous server, a context response message comprising information indicating that a session for the terminal had been established to be passed through a path over the nodes within a fixed network different from a mobile communication network; deciding, by the serving server, whether gateway relocation is needed; releasing, by the serving server, the established session; transmitting, by the serving server, an accept message comprising information for the processing result to the terminal through the target base station; and establishing, by the serving server a session passing through a path over the nodes within a fixed network different from a mobile communication network based on the information.
|TRANSMITTING SUBSTITUTE RESELECTION PARAMETERS - A cell reselection parameter is transmitted on one carrier frequency for a defined period of time to cause access terminals operating on that carrier frequency to more aggressively search for access points on at least one other carrier frequency. For example, a femto cell operating on one carrier frequency may transmit a broadcast channel including a cell reselection parameter such as Sintersearch on another carrier frequency that is used by a macro cell. Here, the value of the cell reselection parameter (e.g., Sintersearch) is chosen so that the access terminals will more aggressively conduct inter-frequency searches. In addition, the cell reselection parameter is transmitted for a period of time that ensures that a nearby access terminal will receive the parameter during its wakeup interval.
|RADIO COMMUNICATION SYSTEM, COMMUNICATION CONTROL METHOD, AND BASE STATION AND MOBILE TERMINAL - A radio communication system includes first and second base stations that are capable of communicating with a mobile terminal and are also capable of communicating with each other. The first base station includes a first notification means configured to notify the second base station of first resource information indicating a radio resource which reduces interference from the first base station to communication between the second base station and the mobile terminal. The second base station includes a first allocation means configured to allocate the radio resource indicated by the received first resource information to communication between the second base station and the mobile terminal.
|METHOD OF MANAGING X2 INTERFACE, HANDOVER METHOD, INTERFERENCE COORDINATION METHOD AND APPARATUS - Disclosed is a method of managing an X2 interface, a handover method, an interference coordination method and an apparatus for LTE and LTE-Advanced system. X2 interface management includes: finding by a first eNB, a new neighboring cell, i.e., a second cell corresponding to a second HeNB; determining by the first eNB, an access mode of the second cell; and establishing a first X2 interface between the first eNB and the second HeNB when the access mode of the second cell is an open mode or a hybrid mode. The X2 interface may be managed dynamically and the mode for establishing the X2 interface, such as direct X2 interface or gateway-proxied X2 interface, may be selected. The expansible problem and system overhead due to the X2 interface in the LTE and LTE-Advanced system may be reduced effectively to better support handover and interference coordination.
|MOBILE COMMUNICATION SYSTEM, BASE STATION APPARATUS AND MOBILE STATION APPARATUS - The time spent in handover is shortened when a mobile station apparatus performs random access for handover. In a mobile communication system where a mobile station apparatus
|Method and Devices For Allocating Bearers - The embodiments herein relates to a method in a target Mobility Management Entity, MME, for allocating bearers in a target network, which target MME is comprised in the target network and which target network comprises a first number of existing bearers. When a second number of required bearers is larger than the first number of existing bearers in the target network, the target MME transmits an allocation request message to a target base station. The allocation request message comprises a request for allocation of the first number of existing bearers and a request for allocation of a third number of extra bearers in the target network.
|Handover Method of Terminal, and Base Station Thereof - A handover method of a target base station is disclosed in the present invention, including: after a source base station to which a terminal belongs transmitting a handover request message to at least one alternate target base station, every alternate target base station notifying the source base station of a load state parameter, and the source base station determining one target base station according to the load state parameter of every alternate target base station and indicating the terminal to perform handover to the target base station. A base station is also provided in the present invention, including: a handover request transmission module, a handover request response reception module, a target base station determination module and a handover request response transmission module. The present invention avoids the re-request process of the base station when the handover request fails, and can improve the handover success ratio.
|Wireless Communication Systems and Methods for Processing Handover Messages Thereof and Computer Program Products Thereof - Methods for processing messages in a wireless communication system including a femto network (FN) including at least one Home NodeB, a core network (CN), a macro network (MN) including a serving base station and a gateway located between the FN and the CN is provided. First, a handover request is received from the Home NodeB or a server of the CN when two mobile devices are communicating. When the handover request is received from the Home NodeB, the gateway transmits a call setup request to the CN to setup a first call path between the gateway and the CN according to the handover request, transmits the handover request to the CN through the first call path to obtain a second call path from the CN to the FN and directs the server to perform the handover request according to the first call path and the second call path.
|Apparatus, method and computer program product providing auxiliary handover command - An auxiliary handover message is sent from a target eNB to a UE being handed over from a source eNB. The auxiliary handover message includes a context identifier that is established between the source eNB and the UE, which the source eNB provides to the target eNB during context data exchange when preparing for the handover. The UE uses the context identifier to verify that the auxiliary handover message is valid. Various approaches are detailed for minimizing signaling overhead and minimizing the time the UE must monitor the separate channel for the auxiliary handover message in the event the UE does not properly receive the original handover message from the source eNB. The context identifier may be a random number, a C-RNTI, an eNB-ID, or a token. The auxiliary handover command sent from the target eNB may be the context identifier with or without a copy of the handover command.
|BASE STATION HANDOVER METHOD, BASE STATION CONTROLLER, AND MOBILE TERMINAL - Embodiments of the present invention disclose a base station handover method, which includes: detecting, by a base station controller, that a mobile terminal is handed over from a first base station with low configuration to a second base station with high configuration; and instructing, by the base station controller, the mobile terminal to switch a radio configuration mode between the mobile terminal and the second base station to a high-capacity radio configuration mode. The embodiments of the present invention further disclose a base station controller and a mobile terminal. By adopting the embodiments of the present invention, the capacity of a base station can be increased.
|Green Femtocells and Methods of Implementing the Same - A femtocell for conserving power, which includes a transmitter module configured to be inactive for periods of call inactivity and data inactivity within a corresponding femtocell geographic coverage area, and includes a monitoring device configured to monitor the femtocell geographic coverage area, and further includes a controller module configured to cause a call handover to the femtocell when a cellular handset device is functioning and is located within the femtocell geographic coverage area. The femtocell also being configured to communicate with one or more macrocell base stations, each having a corresponding macrocell, which are configured to facilitate communication between the cellular handset device and a wireless network.
|APPARATUS AND METHOD FOR MANAGING NEIGHBOR LIST IN MOBILE COMMUNICATION SYSTEM - An apparatus and method for efficiently manage a neighbor cell list in a mobile communication system. A method for operating a base station in a mobile communication system includes generating a neighbor cell list including at least one cell, including at least one cell among the at least one cell in a first list disallowing a handover, and disallowing a handover to the at least one cell included in the first list.
|Enhanced admission control in relay-enhanced access networks - There are provided measures for enhanced admission control in relay-enhanced access networks, said measures exemplarily including receipt of a bearer admission request of at least one bearer in a relay-enhanced access network, said at least one bearer consisting of a bearer on an access link between a user equipment and a relay node and a bearer on a backhaul link between said relay node and a base station, and execution of a combined bearer admission control of said at least one bearer at one of said relay node and said base station, including a bearer admission control on the access link and a bearer admission control on the backhaul link. Said measures may exemplarily be applied for enhancing admission control in relay-enhanced LTE and LTE-Advanced access networks.
|RADIO COMMUNICATION METHOD IN RADIO COMMUNICATION SYSTEM, RADIO COMMUNICATION SYSTEM, BASE STATION APPARATUS AND TERMINAL APPARATUS - A radio communication method in a radio communication system including a base station apparatus and a terminal apparatus, the method including: generating a public information message including identification information of a surround base station apparatus of the base station apparatus, and instruction information for receiving communication parameter information used to communicate with the terminal and the surround base station apparatus from the surround base station apparatus, by the base station apparatus; transmitting the generated public information message, by the base station apparatus; receiving the public information message, by the terminal apparatus; and receiving the communication parameter information transmitted by the surround base station apparatus based on the instruction information included in the public information message, by the terminal apparatus.
|METHOD AND APPARATUS FOR IP ENCAPSULATED TANDEM HARD HANDOFF IN CDMA NETWORKS - A method and apparatus in a mobile switching center (MSC) performs a tandem handoff in a wireless communication network. The serving MSC receives a handoff request from a serving base station (BS) for a handoff to a target BS of a target MSC. When the serving MSC does not have physical handoff trunks, the serving MSC sends a tandem handoff request to a tandem MSC.
|RADIO BASE STATION AND CONNECTION ESTABLISHMENT CONTROL METHOD - An LTE base station (
|Network Element, Integrated Circuit, Cellular Communication System and Method for Correlating Information - A network element for a wireless communication system that supports a plurality of access points providing communication in small cells is described. The network element comprises a signal processor arranged to: receive and process information from a plurality of access points wherein the received information identifies a macro cell visible to a respective access point; and calculate a degree of correlation of the information from the at least two access points based at least partly on the processed macro cell information provided by the respective access point.
|PUBLIC WIRELESS NETWORK PERFORMANCE MANAGEMENT SYSTEM WITH MOBILE DEVICE DATA COLLECTION AGENTS - Controller coupled to a mobile communications environment including at least one of a public and a private network and method of controlling a mobile device in the mobile communications environment. The controller includes a receiver that receives data about network operating parameters at specific locations within the at least one of a public and private network, a processor that evaluates the data about the network operating parameters at the specific locations based upon rules for the mobile device, and a transmitter that sends advisories to a mobile device located within a predetermined proximity to one of the specific locations about the network operating parameters.
|Communication System, Network Handover Processing Method and Apparatus - A communication system, a network handover processing method and a network handover processing apparatus are disclosed. The method includes the following steps: receiving, by a target evolved NodeB (T-eNB), identity information sent from a user equipment (UE), the identity information being allocated to the UE by a source evolved NodeB (S-eNB); and sending, by the T-eNB, parameters to the UE if identity information, matching the received identity information sent from the UE, is available in the T-eNB, wherein the parameters are allocated to the UE. The apparatus includes a receiving module and a sending module. The communication system, network handover processing method and network handover processing apparatus can reduce the state change times of the UE in the network handover process and save the system resources.
|Radio Base Station, Radio Communication Terminal, Radio Communication System and Radio Communication Method - A radio base station
|METHOD OF INTER BASE STATION COMMUNICATION, A BASE STATION AND TELECOMMUNICATION NETWORK - The invention relates to a method of inter base station communication comprising: receiving a first message (
Patent applications in class Serving site initiated


text:
'Best non-professional camera for the money'
'Best at pure video'
'Well-built body'
'Resulting recording time of 83 minutes is disappointing'
'Smarter-than-average autofocus'
'The HDC-SD60 looks pretty standard from the front, although the new LED video light worked surprisingly well. '
'ample resolution'
'Nice manual feature set'
' Excellent HD picture and sound quality'
'Wideangle lens'
'Effective optical image stabiliser'
'The performance of zoom and auto focus functions are pretty good in SD60.'
'Well designed touch-screen interface'
'No external mic input '
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'A good range of automatic features'
'Excellent video quality'
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'Control layout is intuitive and obvious, very clear'
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'Great Camcorder'
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'Clear Photo LCD Plus display (230K)'
'Impressive optical image stabilization'
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'Decent level of features'
'Decent video quality'
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'"Exmor R" CMOS image sensor delivers bright, vivid, spectacularly detailed video footage, as well as 3 Megapixel still images. '
'R" CMOS image sensor delivers bright, vivid, spectacularly detailed video footage, as well as 3 Megapixel still images.'
'superior low-light performance'
'popular video and photo sharing sites'
'Focusing issues under low light conditions'
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'Unfortunately, in terms of video quality the camera's low price can accounted for.'
'The sub-HD resolution sensor produces merely satisfactory video'
'Large built-in memory capacity'
'Still pictures can be taken while recording video'
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text:
The Lead
Near 700-Pound Woman Prepares for Gastric Bypass SurgeryDecember 19, 2014 12:06 pm | by Dana Dovey, Medical Daily | News | Comments
Amber is 24 years old and weighs nearly 700 pounds. She is one of the newest individuals to share her struggle with weight on TLC's My 600-Pound Life. The show will follow Amber as she prepares to undergo a risky gastric bypass surgery in a desperate attempt to lose weight and save her life. ...
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Obese patients who have undergone bariatric surgery to shed weight should take the supplements...
Study: Exercise After Bariatric Surgery BeneficialDecember 2, 2014 10:42 am | News | Comments
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Doctors Provide Range of Treatment Options for GERDNovember 24, 2014 10:44 am | by Surgical Products Staff | News | Comments
Gastroesophageal reflux disease (GERD) is the most frequent outpatient diagnosis in the U.S., with almost 9 million visits in 2009. The typical symptoms of GERD, heartburn and regurgitation, impair quality of life, activity, and overall work productivity. Nov. 23-29 is GERD Awareness Week and Surgical Products will be getting insight today from doctors about this disease on surgicalproductsmag.com and our daily e-newsletter.
Gastric Sleeve Patient Sues After Botched Surgery Costs Both LegsNovember 20, 2014 10:57 am | by Joel Christie for the MailOnline | News | Comments
A Texas man is suing four doctors and a hospital for $10 million over a botched bariatric sleeve procedure after he woke up in the hospital two weeks later missing both of his legs. ...
Surgical Products Presents ACS Post Show & Industry TrendsNovember 20, 2014 9:55 am | by Surgical Products Staff | Videos | Comments
The annual ACS Clinical Congress and Expo is over and 2014 is ending. This provides the surgical community with an opportunity to look at the latest trends impacting OR device, equipment and instrumentation developments, as well as the resulting procedural advancements. Kevin Damask and Jeff Reinke take you through the leading factors driving both as Surgical Products and Halyard Health count down the most dynamic trends impacting your OR.
2014 ESP Award Winner - First Place, Tables, Positioning and Accessories, Berchtold USA Operon tableNovember 19, 2014 11:55 am | by Surgical Products Staff | Product Releases | Comments
OPERON offers their D860 surgical table with:
Obesity Plays Major Role in Igniting Autoimmune DiseasesNovember 10, 2014 11:36 am | News | Comments
Autoimmune diseases like Crohn's Disease and multiple sclerosis, in which the immune system attacks its own body rather than predatory invaders, affect 5-20 % of the global community.
Weight-Loss Surgery Has Low Complication RatesNovember 7, 2014 10:40 am | by Robert Preidt, HealthDay Reporter | News | Comments
People with type 2 diabetes who undergo a weight-loss procedure called laparoscopic gastric bypass surgery have a low risk for complications or death, according to a new study.
Study: Bariatric Surgery May Alter Taste BudsNovember 6, 2014 11:09 am | News | Comments
Stomach-shrinking bariatric surgery may also foster changes in a person's taste buds, which could help them lose weight and keep it off, according to a new study.
More Than Half of Obese Drop Out of Bariatric Surgery Despite Being in Publicly-Funded Healthcare ProgramNovember 3, 2014 11:22 am | News | Comments
Researchers from the University Health Network in Toronto are hoping to improve the operational efficiency of bariatric surgery programs to increase access to care. Studies have shown that bariatric operations can alleviate chronic health issues like diabetes and arthritis for extremely obese people ...
Couple Marries After Losing 380 Pounds Through Weight Loss SurgeryNovember 3, 2014 10:59 am | News | Comments
A Detroit-area couple who met in a support group for weight loss surgery patients exchanged wedding vows after losing a collective 380 pounds. Crysta Danaher, 34, of Windsor, and Bill Anderson, 44, of Allen Park, were married Saturday at Henry Ford Wyandotte Hospital, where they had bariatric surgery and later met, the Detroit Free Press (http://on.freep.com/1GdnjeH ) reported ...
Study: Comparing Bypass Weight Loss Procedures, ComplicationsOctober 30, 2014 10:41 am | News | Comments
In a study of two of the most commonly performed bariatric surgery procedures, laparoscopic Roux-en-Y gastric bypass (RYGB) resulted in much greater weight loss than adjustable gastric banding (AGB) but had a higher risk of short-term complications and long-term subsequent hospitalizations, according to a report published online by JAMA Surgery ...
How People View Their Weight Influences Bariatric Surgery SuccessOctober 23, 2014 11:23 am | News | Comments
Negative feelings about one's own weight, known as internalized weight bias, influence the success people have after undergoing weight loss surgery, according to research appearing in the journal Obesity Surgery, published by Springer ...
Can Bariatric Surgery Lead to Severe Headache?October 23, 2014 10:44 am | News | Comments
Bariatric surgery may be a risk factor for a condition that causes severe headaches, according to a study published in the October 22, 2014, online issue of Neurology, the medical journal of the American Academy of Neurology. In the study, gastric bypass surgery and gastric banding surgery were associated with later developing a condition called spontaneous intracranial hypotension in a small percentage of people ...
Patients Seek Help For Eating Disorders Years After Weight Loss SurgeryOctober 16, 2014 10:33 am | by The New Haven Register | News | Comments
Morbidly obese individuals who had weight loss surgery are seeking treatment for eating disorders years after their procedure, prompting concerns among some experts about the assessment process used to identify surgical candidates. "They are terrified of gaining the weight back," said Dr. Sara Niego, medical director of the Eating Disorders Program at Hartford Hospital's Institute of Living ...
Body Contouring After Bariatric Surgery Helps Patients Keep Weight OffOctober 13, 2014 10:07 am | News | Comments
Patients who have plastic surgery to reshape their bodies after bariatric procedures are able to maintain "significantly greater" weight loss than those who do not have surgery, according to a new study by Henry Ford Hospital researchers ...
Twenty Years of Evidence Backs Bariatric SurgeryOctober 10, 2014 11:13 am | News | Comments
More than 20 years of evidence suggests that bariatric surgery produces greater weight loss and more type 2 diabetes remissions than nonsurgical treatments for the obese. The results, from a National Institutes of Health symposium held last year, support the idea that weight loss surgeries are effective and safe, at least within the first two to five years after surgery. But more studies of long term effects are needed, the authors say ...
Study: Gastric Bypass Better Overall Than Banding SurgerySeptember 26, 2014 12:02 pm | News | Comments
Gastric bypass surgery has better outcomes than gastric banding for long-term weight loss, controlling type 2 diabetes and high blood pressure, and lowering cholesterol levels, according to a new review by UT Southwestern Medical Center surgeons of nearly 30 long-term studies comparing the two types of bariatric procedures ...
Brothers Behind Lap-Band Surgery SuedSeptember 26, 2014 10:05 am | by the Associated Press | News | Comments
According to the Associated Press, UnitedHealth Group Inc. has sued two brothers who ran a company that promoted Lap-Band weight-loss surgery, accusing the pair of defrauding the insurer of more than $40 million through a complex billing scheme.
Insurance Coverage, Provider Preference Affect Who Gets Bariatric SurgerySeptember 17, 2014 11:12 am | by Beth Kutscher, Modern Healthcare | News | Comments
Wide variations in whether Medicare patients undergo bariatric surgery to treat obesity suggest that insurance coverage and provider preference are heavily influencing who has access to the procedure, a new report indicates. What the report didn't find, however, was a correlation between the bariatric surgery rate and the rate of diabetes and obesity in the community.
When Weight-Loss Surgery Doesn't WorkSeptember 8, 2014 11:16 am | by Penn Medicine | Blogs | Comments
Weight-loss surgery isn't a magic pill, or a quick fix to lose a lot of weight. Just ask anyone who has had bariatric surgery and they will tell you it is a lot of work. And, like anything that requires a lot of work, there are times when it can be too challenging. When you feel like giving up.
Bariatric Accreditation Linked to Improved Rates of Patient Survival and Fewer ComplicationsSeptember 4, 2014 10:34 am | News | Comments
Patients who underwent weight loss operations in recent years, when most bariatric surgical centers were accredited, had fewer postoperative complications and were 2.3 times less likely to die in the hospital than patients who had bariatric procedures performed before a national movement toward facility accreditation was taking place, according to new study findings.
How Well Does Bariatric Surgery Work?September 3, 2014 10:29 am | News | Comments
The number of bariatric surgeries done each year in the United States has ballooned. Now, in an August 27 state-of-the-art review in The BMJ and a September 3 editorial in JAMA, David Arterburn, MD, MPH, weighs the evidence on the benefits and risks of the various types of this surgery.
SP Interview: Cohera Medical Introduces TissuGlu Surgical AdhesiveSeptember 2, 2014 11:34 am | by Kevin Damask, Surgical Products | News | Comments
In a recent interview with Surgical Products, Cohera Medical President and CEO Patrick Daly and Peter Rubin, MD, Chair of Plastic Surgery at the University of Pittsburgh, gave their thoughts on why TissuGlu could be an exciting breakthrough for patients recovering from large-flag procedures.
Brain Benefits From Weight Loss Following Bariatric SurgeryAugust 27, 2014 10:31 am | News | Comments
Weight loss surgery can curb alterations in brain activity associated with obesity and improve cognitive function involved in planning, strategizing and organizing, according to a new study published in the Endocrine Society's Journal of Clinical Endocrinology & Metabolism (JCEM).
Doctors Blog: How Does Bariatric Surgery Work?August 25, 2014 11:05 am | News | Comments
Regular readers will be well aware of the fact that bariatric (unfortunately, often referred to as "weight-loss surgery") is currently the most effective treatment for severe obesity. However, exactly why and how surgery works remains unclear. Earlier concepts of surgery working either because it creates a mechanical restriction to food intake and/or reduces caloric load due to malabsorption are not borne out by newer studies.
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St. Vincent Health Center
Home » Hospitals & Locations » Primary Care & OB/GYN Centers » St. Vincent Health Center
A Department of Sisters of Charity Hospital
Holiday Hours for Blood Testing
- Christmas Eve (12/24) - 8 a.m. to 12 p.m.
- Christmas Day (12/25) - Closed
- New Year's Eve (12/31) - 8 a.m. to 2 p.m.
- New Year's Day (1/1) - Closed
Primary Care: Monday - Thursday: 9 a.m. to 6 p.m., Friday: 9 a.m. to 5:30 p.m.
Blood Testing: Monday - Friday: 8 a.m. to 3:45 p.m.
Blood Testing Appointments: Monday - Friday: 8:30 a.m. to 2:30 p.m.
1500 Broadway St.
Buffalo, NY 14212
Primary Care: (716) 893-8550
Blood Testing: (716) 923-7050
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A prescription from your physician is required for blood testing.
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No appointment is needed. Patients are served on a first-come, first-served basis.
Your lab results are automatically forwarded to your doctor.
For patients who prefer to schedule their visits, you can schedule your appointment by calling our Laboratory Customer Service Department at (716) 862-1150 or by speaking to your phlebotomist during your visit.
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Monthly Archives: July 2014
The Shaadi.com iOS App Gets a Brand New Look
If you are an iPhone user, you can try downloading our Shaadi.com application. The new updated application has a brand new look and feel to it. It's much more faster and convenient.
Posted by Shaadilive on 30/07/2014 in Product Updates Post A Comment
Eid Mubarak!
Eid is celebrated after the end of the fasting month of Ramadan. It's a three-day festival observed by the Muslim community and holds great religious significance across the globe. Eid-ul-Fitr literally means 'festival of breaking the fast'. This festival symbolizes … Read More…
Posted by Shaadilive on 29/07/2014 in Events Post A Comment
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Want to WIN a Smartwatch?
We are celebrating the success of our Select Shaadi TV commercial and wish to extend this celebration to you. Here's your chance to WIN cool Smartwatches. All you need to do is participate in our Select Shaadi #LikeLike contest on … Read More…
Posted by Shaadilive on 28/07/2014 in Shaadi Buzz Post A Comment
Survey Reveals What Men Look For in a Partner
If you've always wanted to know what men look for in a potential wife, a new survey has the answers! Results showed that men want someone who is willing to look after them and who will allow them to watch … Read More…
Posted by Shaadilive on 16/07/2014 in #ShaadiTrivia Post A Comment
Winners of the #LikeLike #SelectShaadi Contest are…
We'd like to thank all of you for your overwhelming response to our #LikeLike #SelectShaadi contest. After going through thousands of amazing entries our internal jury liked these 7 entries the best. Based on the quality of the entries, the … Read More…
Posted by Shaadilive on 16/07/2014 in Shaadi Buzz Post A Comment
5 Things People Want in Their Partner
The first meeting with your prospective spouse is an important one for anybody looking forward to get married. If you know what do people notice on the first meeting, it will be easy for you to set a good first … Read More…
Posted by Shaadilive on 14/07/2014 in Shaadi Tips Post A Comment
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