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0 | 0 | web server | computer installed with appropriate software to supply web pages to many different clients upon demand | is a computer that delivers requested web pages to your computer |
0 | 0 | web server | information in a series of text files called pages. these text files or pages use a strutted language called html to store their information | software that serves web pages to web browsers |
0 | 0 | web server | computer installed with appropriate software to supply web pages to many different clients upon demand | stores a business's web pages, equipped with special software; often linked to a database server by lan |
2 | 1 | web server | a computer that provides web pages in response to internet requests | provides information and services to web surfers |
0 | 0 | web server | a computer dedicated to serving the online requests for information via the internet. | stores a business's web pages, equipped with special software; often linked to a database server by lan |
1 | 0 | web server | a server that provides web pages to clients using tcp port 80. | a computer dedicated to serving the online requests for information via the internet. |
2 | 1 | web server | a computer connected to the internet that runs server software. the software lets the computer use the hypertext transfer protocol (http) to serve html files to web browser clients | a server that holds and delivers web pages and other web content using http. see hypertext transfer protocol (http) |
1 | 0 | web server | internet based computer that accepts requests from web browsers | a computer providing pages to web clients; a computer running a web browser. |
2 | 1 | web server | computer installed with appropriate software to supply web pages to many different clients upon demand | a computer that runs special software to serve up web content by responding to requests |
0 | 0 | web server | a computer that stores web pages and makes them available on a network | the computer the web pages are stored on. the web server will transmit the web pages across the network/internet to the client computer which is running a web browser. |
2 | 1 | web server | provides information and services to web surfers | computer installed with appropriate software to supply web pages to many different clients upon demand |
3 | 1 | web server | a computer that stores web pages and makes them available on a network | a computer connected to the internet used to store web page documents. |
3 | 1 | web server | a computer that manages web site services, such as supplying a web page to multiple users on demand. | a computer that provides web pages in response to internet requests |
1 | 0 | web server | a computer running a specialized operating system that enables it to host web pages (and other information) and provide requested web pages to clients. | a computer dedicated to serving the online requests for information via the internet. |
3 | 1 | web server | a computer that provides web pages in response to internet requests | computer installed with appropriate software to supply web pages to many different clients upon demand |
0 | 0 | web server | a computer w/ a special kind of connection to the internet allows it to send files to clients that ask for them | a server that provides web pages to clients using tcp port 80. |
2 | 1 | web server | a server that provides web pages to clients using tcp port 80. | computer installed with appropriate software to supply web pages to many different clients upon demand |
1 | 0 | web server | a computer w/ a special kind of connection to the internet allows it to send files to clients that ask for them | a computer that runs special software to serve up web content by responding to requests |
3 | 1 | web server | a computer dedicated to serving the online requests for information via the internet. | is a computer that delivers requested web pages to your computer |
3 | 1 | web server | server stores documents and graphics that can be accessed from any web browser, such as internet explorer. | the server storing documents and graphics that can be accessed from any web browser. |
1 | 0 | web server | an internet computer that stores webpages. | a computer that is programmed to send files to browsers on other computers connected to the internet |
2 | 1 | web server | a computer w/ a special kind of connection to the internet allows it to send files to clients that ask for them | a computer that provides web pages in response to internet requests |
1 | 0 | web server | a computer w/ a special kind of connection to the internet allows it to send files to clients that ask for them | computer installed with appropriate software to supply web pages to many different clients upon demand |
1 | 0 | web server | a computer connected to the internet used to store web page objects -- implemented on server side of the internet | host websites and generally handle requests for static information such as html pages or images. |
3 | 1 | web server | computer on a network that stores web pages. | a computer connected to the internet used to store web page documents. |
3 | 1 | web server | a computer that is programmed to send files to browsers on other computers connected to the internet | internet computers that store webpages and deliver them to your computer or device. |
1 | 0 | web server | a server that provides web pages to clients using tcp port 80. | is a computer that delivers requested web pages to your computer |
3 | 1 | web server | a computer that provides web pages in response to internet requests | is a computer that delivers requested web pages to your computer |
3 | 1 | web server | a computer that provides web pages in response to internet requests | a computer dedicated to serving the online requests for information via the internet. |
1 | 0 | web server | a computer providing pages to web clients; a computer running a web browser. | the computer the web pages are stored on. the web server will transmit the web pages across the network/internet to the client computer which is running a web browser. |
1 | 0 | web server | specialized server that is connected to the internet and holds web pages | a computer that runs special software to serve up web content by responding to requests |
3 | 1 | web server | specialized server that is connected to the internet and holds web pages | is a computer that delivers requested web pages to your computer |
3 | 1 | web server | a computer w/ a special kind of connection to the internet allows it to send files to clients that ask for them | a computer dedicated to serving the online requests for information via the internet. |
0 | 0 | web server | a computer that stores and distributes html documents that can be retrieved via a web client | information in a series of text files called pages. these text files or pages use a strutted language called html to store their information |
3 | 1 | web server | a computer and hard drive space that stores web pages or data, and transmits the web pages or data over the network | a computer that stores web pages and makes them available on a network |
0 | 0 | spatial joins | joins using shape (not attribute field) enables data aggregation (counting or summing points by polygon) | changes the geometry and the attributes of a map. the location of the spatial feature is used. |
1 | 0 | spatial locality | if a process accesses an item in memory, it will tend to reference an adjacent item soon | accesses to nearby addresses within a short interval -> fetch accessed data/code into fast memory in multi-word blocks; low stride |
3 | 1 | spatial locality | is the principle stating that if a data location is referenced, then subsequent references will be to data with addresses in the same physical neighborhood | the locality principle stating that if a data location is referenced then data locations with nearby addresses will tend to be referenced soon |
3 | 1 | spatial locality | if data location is referenced, nearby addresses will be referenced again soon | the locality principle stating that if a data location is referenced then data locations with nearby addresses will tend to be referenced soon |
3 | 1 | spatial locality | items near those accessed recently are likely to be accessed soon ex: sequential instruction access, array data | memory locations close to a recently accessed location are likely to be accessed in the near future |
2 | 1 | spatial locality | items near those accessed recently are likely to be accessed soon, i.e. items near one another tend to be referenced close together in time | items with nearby addresses tend to be referenced close together in time |
3 | 1 | spatial locality | items near those accessed recently are likely to be accessed soon ex: sequential instruction access, array data | -locality in space -means that items in close proximity to a recently accessed item are likely to be access soon |
1 | 0 | spatial locality | if a process accesses an item in memory, it will tend to reference an adjacent item soon | refers to the tendency of execution to involve a number of memory locations that are clustered and is generally exploited by using larger cache blocks |
1 | 0 | spatial locality | if a memory location is referenced, the locations with nearby addresses will tend to be referenced soon therefore move blocks consisting of contiguous words closer to the processor | refers to the tendency of execution to involve a number of memory locations that are clustered and is generally exploited by using larger cache blocks |
1 | 0 | spatial locality | repeated access to nearby memory locations array elements are being accessed over and over remember to cache previous translation results | if a process accesses an item in memory, it will tend to reference an adjacent item soon |
3 | 1 | spatial locality | memory locations close to a recently accessed location are likely to be accessed in the near future | -locality in space -means that items in close proximity to a recently accessed item are likely to be access soon |
1 | 0 | spatial locality | repeated access to nearby memory locations array elements are being accessed over and over remember to cache previous translation results | refers to the tendency of execution to involve a number of memory locations that are clustered and is generally exploited by using larger cache blocks |
2 | 1 | spatial locality | repeated access to nearby memory locations array elements are being accessed over and over remember to cache previous translation results | if a memory location is referenced, the locations with nearby addresses will tend to be referenced soon therefore move blocks consisting of contiguous words closer to the processor |
2 | 1 | spatial locality | repeated access to nearby memory locations array elements are being accessed over and over remember to cache previous translation results | accesses to nearby addresses within a short interval -> fetch accessed data/code into fast memory in multi-word blocks; low stride |
3 | 1 | spatial locality | -items near those accessed recently are likely to be accessed soon | -locality in space -means that items in close proximity to a recently accessed item are likely to be access soon |
2 | 1 | spatial locality | if data location is referenced, nearby addresses will be referenced again soon | is the principle stating that if a data location is referenced, then subsequent references will be to data with addresses in the same physical neighborhood |
0 | 0 | mathematical model | one or more equations that represent the way a system or process works. these types of models are used to help predict weather. | models that show data using graphs ; also use equations |
3 | 1 | mathematical model | one or more equations that represent the way a system or process works. these types of models are used to help predict weather. | made up of mathematical equations and data. can only be compared to actual events. used to predict the weather. |
0 | 0 | mathematical model | uses data and numbers to show patterns and make predictions. made up of numbers and equations. | models that show data using graphs ; also use equations |
2 | 1 | mathematical model | mathematical models are usually composed of relationships and variables. | composed of relationships (operators) and variables. |
2 | 1 | mathematical model | uses different forms of data to represent the way a system or process works | one or more equations that represents the way a system or process works. |
1 | 0 | mathematical model | sets of equations that consider many factors to represent a phenomenon usually done on computers. | uses different forms of data and equations to represent the way a system or process works. |
3 | 1 | mathematical model | mathematical models are usually composed of relationships and variables. relationships can be described by operators, such as algebraic operators. | usually composed of relationships and variables. relationships can be described by operators, such as algebraic operators, functions, differential operators, etc. |
1 | 0 | mathematical model | uses different forms of data and equations to represent the way a system or process works. | one or more equations that represent the way a system or process works, usually composed of relationships and variables. |
1 | 0 | mathematical model | a set of equations that take into account many factors to represent a phenomenon. example: newton's equation for gravitation. f=g(m*m)/r^2 | a representation of a system with a set of equations that correspond to hypothesized relationships among the system's components. |
0 | 0 | mathematical model | a method of representing a real-world situation using mathematical concepts in order to understand and predict future behavior. | can be used to describe the relationship between variables in numerical form and therefore predict outcomes of a scenario |
0 | 0 | mathematical model | made up of mathematical equations and data. can only be compared to actual events. used to predict the weather. | models that show data using graphs ; also use equations |
0 | 0 | mathematical model | uses data and numbers to show patterns and make predictions. made up of numbers and equations. | made up of mathematical equations and data. can only be compared to actual events. used to predict the weather. |
0 | 0 | mathematical model | a mathematical description of a dynamic system's behavior, which usually a set of linear or non linear ordinary differential equations (odes). | a representation of a system with a set of equations that correspond to hypothesized relationships among the system's components. |
1 | 0 | mathematical model | uses different forms of data to represent the way a system or process works examples: chemical reaction, population growth, sunspot activity | a mathematical description of a system, theory, or phenomenon representation of the essential aspects mathematical solution leads to real world solutions |
2 | 1 | mathematical model | one or more equations that represent the way a system or process works. these types of models are used to help predict weather. | uses data and numbers to show patterns and make predictions. made up of numbers and equations. |
0 | 0 | comprehensive evaluation | case history, otoscopy, speech reception threshold, air conduction pure tone threshold, word recognition testing, and bone conduction pure tone threshold | encompass everything. ex(s) = fim, used on spinal cord patients |
0 | 0 | comprehensive evaluation | should include: standardized assessment non-standardized assessment self report caregiver report | encompass everything. ex(s) = fim, used on spinal cord patients |
0 | 0 | comprehensive evaluation | case history, otoscopy, speech reception threshold, air conduction pure tone threshold, word recognition testing, and bone conduction pure tone threshold | should include: standardized assessment non-standardized assessment self report caregiver report |
2 | 1 | non-functional requirements | practical constraints or limitations within which the system must operate | define sys properties and constraints like reliability, response time, and store requirements. constraints are i/o device capability, system representations |
2 | 1 | non-functional requirements | quality characteristics the system should process | constraints on a system being developed. such as the system having a short response time |
0 | 0 | non-functional requirements | constraints on the services of the system (timing, dev processs, imposed by standards) applies to whole system rather than the services | metrics on system services and functions; focus on system as a whole; can use verifiable objective benchmarks |
0 | 0 | non-functional requirements | constraints on the services or functions offered by the system such as timing constraints, constraints on the development process, standards, etc. | outlines the constraints and properties of a system, not concerned with functionality |
3 | 1 | non-functional requirements | practical constraints or limitations within which the system must operate | not specific about what the system should do, but relate to constraints on how it must be done |
1 | 0 | non-functional requirements | aspects of the system that are not directly related to the functional behavior of the system | not specific about what the system should do, but relate to constraints on how it must be done |
1 | 0 | non-functional requirements | constraints on the services or functions offered by the system such as timing constraints, constraints on the development process, standards, etc. | place constraints on how the system will perform some function |
2 | 1 | non-functional requirements | the quality attributes, design and implementation constraints, and external interfaces that the product must have. | the quality attributes and external interfaces that the product must have. |
2 | 1 | non-functional requirements | attributes of the system not needed to make the system functional but to enhance its service. example: performance, security, quality, maintainability, extensibility | describes a restriction/ constraint on the system that limits our choices for constructing a solution to the problem includes: safety, security, reliability, portability, usability |
0 | 0 | non-functional requirements | practical constraints or limitations within which the system must operate | requirements related to the quality characteristics of expected system often formally expressed as constraint related to a measurable metric |
0 | 0 | non-functional requirements | constraints of the services of functions offered by the system, such as timing constraints or standards | broad capabilities of the system, constraints on system, ui constraints, hardware constraints, operational constraints ex: maintainability, usability, response time |
2 | 1 | non-functional requirements | these define system properties and constraints: reliability, response time, and storage requirements process requirements may also be specified mandating a particular ide | not specific about what the system should do, but relate to constraints on how it must be done |
1 | 0 | non-functional requirements | define sys properties and constraints like reliability, response time, and store requirements. constraints are i/o device capability, system representations | not specific about what the system should do, but relate to constraints on how it must be done |
0 | 0 | non-functional requirements | - define system properties and constraints e.g. reliability, usability, response time etc. - can be product (e.g. performance), organisational (e.g. authentication) or external (e.g. legal) | describes a restriction/ constraint on the system that limits our choices for constructing a solution to the problem includes: safety, security, reliability, portability, usability |
1 | 0 | non-functional requirements | constraints on services/functions offered by the system | constraints on a system being developed. such as the system having a short response time |
2 | 1 | non-functional requirements | required system characteristics other than the activities it must perform or support | the requirements that judges the operation of the system than the specific tasks the system engages in it is said that is what the system shall be |
1 | 0 | non-functional requirements | practical constraints or limitations within which the system must operate | define the constraints and thresholds of the behavior of system. how the system performs this function example: system will take in data and update within 2 secs |
1 | 0 | non-functional requirements | define sys properties and constraints like reliability, response time, and store requirements. constraints are i/o device capability, system representations | requirements related to the quality characteristics of expected system often formally expressed as constraint related to a measurable metric |
0 | 0 | non-functional requirements | these define system properties and constraints: reliability, response time, and storage requirements process requirements may also be specified mandating a particular ide | define the constraints and thresholds of the behavior of system. how the system performs this function example: system will take in data and update within 2 secs |
2 | 1 | non-functional requirements | specify attributes rather than what the system will do, also called quality requirements. • reliability • usability • response time | these are the different constraints on the actual functionality: like speed, efficiency, accuracy, reliability, etc there must be specific. give quantivitive constraints |
1 | 0 | non-functional requirements | broad capabilities of the system, constraints on system, ui constraints, hardware constraints, operational constraints ex: maintainability, usability, response time | place constraints on how the system will perform some function |
2 | 1 | non-functional requirements | requirements related to the quality characteristics of expected system often formally expressed as constraint related to a measurable metric | define the constraints and thresholds of the behavior of system. how the system performs this function example: system will take in data and update within 2 secs |
0 | 0 | non-functional requirements | practical constraints or limitations within which the system must operate | aspects of the system that are not directly related to the functional behavior of the system |
0 | 0 | non-functional requirements | extra activities that the system could perform, but are not required. | the requirements that judges the operation of the system than the specific tasks the system engages in it is said that is what the system shall be |
2 | 1 | non-functional requirements | define the constraints and thresholds of the behavior of system. how the system performs this function example: system will take in data and update within 2 secs | not specific about what the system should do, but relate to constraints on how it must be done |
3 | 1 | non-functional requirements | constraints of the services of functions offered by the system, such as timing constraints or standards | constraints on the services or functions offered by the system such as timing constraints, constraints on the development process, standards, etc. |
1 | 0 | non-functional requirements | these define system properties and constraints: reliability, response time, and storage requirements process requirements may also be specified mandating a particular ide | practical constraints or limitations within which the system must operate |
1 | 0 | non-functional requirements | is a requirement that specifies criteria that can be used to judge the operation of a system, rather than specific behaviors. | a requirement that describes how the component or system will do what it is intended to do |
1 | 0 | non-functional requirements | outlines the constraints and properties of a system, not concerned with functionality | place constraints on how the system will perform some function |
0 | 0 | non-functional requirements | these define system properties and constraints: reliability, response time, and storage requirements process requirements may also be specified mandating a particular ide | aspects of the system that are not directly related to the functional behavior of the system |
3 | 1 | non-functional requirements | constraints on the services or functions offered by the system. often apply to the system as a whole | constraints on the services of the system (timing, dev processs, imposed by standards) applies to whole system rather than the services |
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