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3 | 1 | application software | software that performs some useful task such as word processing or playing a game for a user. | software that performs some useful task for a user such as typing a letter or playing a game |
1 | 0 | application software | software that has been developed to solve a particular problem, perform useful work on general tasks or provide information. they are not included/necessary for a device. | programs that help users solve specific computing problems. |
2 | 1 | application software | also referred to as apps. software that can perform useful work, such as word processing, cost estimating, or accounting tasks. the user primarily interacts with application software | software that is designed to do a particular task such as writing an email, browsing a website or drawing a picture. |
1 | 0 | application software | programs that let you do specific tasks. such as word processing, database management or financial planning | is computer software designed to support specific organizational functions and processes (inventory management, payroll, market analysis) an important result of systems analysis and design |
3 | 1 | application software | programs that direct the computer to carry out specific tasks; for example, word processing, playing a game, or computing numbers on a worksheet. | programs that enable users to perform specific tasks on a computer, such as writing a letter or playing game; frequently referred to as apps |
1 | 0 | application software | computer software created to allow the user to perform a specific job or task. used in office | any program that processes data for the user (inventory, payroll, spreadsheet, word processor, etc.) and is typically used to increase productivity. |
2 | 1 | application software | consists of instructions that direct a computer system to perform specific information-processing activities and also to provide functionality for users | software you use to meet your specific information processing needs such as payroll, word processing, customer relationship management, and others |
2 | 1 | application software | software used to directly complete a specific task or to create something electronically. example: microsoft word | software written for a unique and specific purpose |
3 | 1 | application software | programs that perform tasks specifically for the user such as docs, sheets and slides. | programs that enable the users to preform specific tasks on a comp such as writing a letter or playing a game. |
1 | 0 | executable code | code translated from a compiler and link editor that is ready for an operating system to load and execute. | the code that is a result of the compile process translated from source code. |
2 | 1 | information systems | a set of interrelated components that collect, manipulate, store, and disseminate data and information and provide a feed mechanism to meet an objective. | a combinations of 5 elements used to collect, create, and distribute useful data |
0 | 0 | information systems | information systems are computer-based systems that capture, store, and retrieve data associated with process activities. | -key role in supporting business processes -workflow: a defined sequence of processes and tasks that are managed and monitored by an info system |
0 | 0 | information systems | enable sharing information widely, through modern information systems - the internet. | - model of real world - system has no control over real world domain - examples: weather monitoring system, student grading system (grades kept and updated by input) |
1 | 0 | information systems | automate many steps in business processes that were formerly performed manually, such as checking a client's credit or generating an invoice and shipping order. | -key role in supporting business processes -workflow: a defined sequence of processes and tasks that are managed and monitored by an info system |
3 | 1 | information systems | integrated set of components and activities designed to accomplish data storage, data retrieval, data manipulation, data communication; to make data more accessible | integrated/coordinated sets of components and activities designed to accomplish: data storage, data retrieval, data manipulation, data communication |
1 | 0 | information systems | data systems, people, processes and data | hardware, software, data, procedures, people. |
3 | 1 | information systems | a set of interrelated components that collect, manipulate, store, and disseminate data and information and provide a feed mechanism to meet an objective. | set of interrelated components that collect manipulate store and disseminate data to provide a feedback mechanism for an objective |
1 | 0 | information systems | collection of hardware,software, people dataand procedures that work together to provide,information, essential to runnig an organization. | the final element of high-performance work systems is the organization's ability to share information widely |
0 | 0 | information systems | enable sharing information widely, through modern information systems - the internet. | used to convert data into information on which decisions can be based |
2 | 1 | information systems | use of technology to enhance organizational decision making; creation of organizational efficiencies and competitive advantage | using information technology to improve organizational performance is helps to improve it information systems helps to improve information technology |
0 | 0 | information systems | people, processes, hardware, software, networks, and data comprise the six major components of a computer-based | the study of complementary networks of hardware and software that people and organizations use to collect, filter, process, create, and distribute data |
2 | 1 | information systems | a combinations of 5 elements used to collect, create, and distribute useful data | set of interrelated components that collect manipulate store and disseminate data to provide a feedback mechanism for an objective |
1 | 0 | information systems | is a group of components that interact to achieve some purpose e.g. a car refers to a group of component that interact to produce information | set of interrelated components that manage information to: - support decision making, coordination, & control. - help with analysis, visualization, & product creation. |
0 | 0 | information systems | - model of real world - system has no control over real world domain - examples: weather monitoring system, student grading system (grades kept and updated by input) | used to convert data into information on which decisions can be based |
3 | 1 | information systems | hardware, software, data, procedures, people. | consists of hardware and software, but also people, procedures, and data |
1 | 0 | information systems | data systems, people, processes and data | consists of hardware and software, but also people, procedures, and data |
2 | 1 | information systems | people, processes, hardware, software, networks, and data comprise the six major components of a computer-based | combinations of hardware, softwares and telecommunications networks that people build and use to collect, create and distribute useful data in organizations |
1 | 0 | information systems | software that enables users to organize and analyze data (e.g., customer information) | processes data + transactions to provide users with the information they need to plan, control, and operate an organization |
1 | 0 | information systems | combinations of hardware, softwares and telecommunications networks that people build and use to collect, create and distribute useful data in organizations | the study of complementary networks of hardware and software that people and organizations use to collect, filter, process, create, and distribute data |
0 | 0 | performance metrics | measure of a business activities and performance should be suited to stakeholder needs rather than just the needs of owners and shareholders | measures of how well processor performs e.g. space and time metric |
1 | 0 | performance metrics | task success, completion time, errors per task, efficiency (cognitive effort), learnability | measures of how well processor performs e.g. space and time metric |
0 | 0 | performance metrics | task success, completion time, errors per task, efficiency (cognitive effort), learnability | measure of a business activities and performance should be suited to stakeholder needs rather than just the needs of owners and shareholders |
1 | 0 | high-level languages | languages that use english-like words as instructions. easier, but less powerful. | more human readable languages that allow programmers to create programs without knowing how cpu works |
1 | 0 | high-level languages | -programming languages whose instructions more closely resemble the english language | have closer resemblance to natural language |
3 | 1 | high-level languages | programming languages that are close to spoken english. needs to be translated into machine code before it can be ran | include natural language features (english) and must be translated by the computer into machine language |
1 | 0 | query language | consists of simple, english-like statements that allow users to specify the data to display, print, store, update, or delete. | dml used in a stand alone interactive manner is called |
3 | 1 | query language | you use a specialized language called structured query language to retrieve and manipulate information in a database. | use a specialized language sql to retrieve and manipulate information in a database. |
1 | 0 | query language | provides instructions and procedures to retrieve data from a database. | refers to any computer programming language that requests and retrieves data from database and information systems by sending queries |
1 | 0 | query language | a language for the specification of procedures for the retrieval (and sometimes also modification) of information from a database. an example would be sql | a statement requesting the retrieval of information. |
1 | 0 | image analysis | understanding what the image characteristics represent in the real world | extraction of meaningful information from images |
0 | 0 | image analysis | image components and characteristics must be identified and analyzed for the image reconstruction (segmentation, histogram construction, histogram analysis, and application of look up tables) | capturing and analyzing visual images. includes image quality factors: density/image receptor exposure, contrast, recorded detail, and distortion. |
0 | 0 | image analysis | image components and characteristics must be identified and analyzed for the image reconstruction (segmentation, histogram construction, histogram analysis, and application of look up tables) | -allows measurements, statistics, image segmentation, feature extraction, and classification of objects to be performed |
2 | 1 | image analysis | digital image processing in which measurements and statistics are performed, in addition to image segmentation, feature extraction, and classification of objects | -allows measurements, statistics, image segmentation, feature extraction, and classification of objects to be performed |
0 | 0 | image analysis | digital image processing in which measurements and statistics are performed, in addition to image segmentation, feature extraction, and classification of objects | capturing and analyzing visual images. includes image quality factors: density/image receptor exposure, contrast, recorded detail, and distortion. |
1 | 0 | image analysis | image components and characteristics must be identified and analyzed for the image reconstruction (segmentation, histogram construction, histogram analysis, and application of look up tables) | digital image processing in which measurements and statistics are performed, in addition to image segmentation, feature extraction, and classification of objects |
3 | 1 | data center | facility housing primarily electronic equipment used for data processing (servers), data storage (storage equipment), and communications (network equipment); collectively, this equipment processes, stores, and transmits digital information | a facility that houses it equipment including compute, storage, and network components, and other supporting infrastructure for providing centralized data-processing capabilities |
0 | 0 | data center | a larger concentration of networked computers working together | a climate and access-controlled building or a set of buildings that houses the computer hardware that delivers an organization's data and information services. |
0 | 0 | data center | refers to the building or facility that houses the servers and equipment. | a larger concentration of networked computers working together |
2 | 1 | data center | houses a large number of hosts is used to create a powerful virtual server | user to create powerful virtual server to handle a larger # of hosts. 1 data center can have multiple servers |
3 | 1 | data center | hysical or virtual infrastructures used by enterprises to house computer, server and networking systems and components for the company's it (information technology) needs | a data center is a used by enterprises to house computer, server and networking systems and components for the company's it (information technology) needs. |
1 | 0 | data center | a secure area where servers and other hardware operate apart from the client machine | large room housing many servers with communications links, power, climate control, and their other supporting services. |
1 | 0 | data center | facility used to house computer systems and associated components, such as telecommunications and storage systems. | a specialized facility designed to house and protect computer systems and data. |
2 | 1 | data center | refers to the building or facility that houses the servers and equipment. | a climate and access-controlled building or a set of buildings that houses the computer hardware that delivers an organization's data and information services. |
0 | 0 | data center | the fourth component of the network architecture, which also includes database and email servers for the organization. | contains the organization's servers |
3 | 1 | impact analysis | analysising the impact of the changes made tells us about parts of system that might be inadvertantly affected and may need regression testing decision taken with stakeholders | analysis of how the potential change will affect the system and work environment as a whole |
0 | 0 | impact analysis | the assessment of change to the layers of development documentation, test documentation and components, in order to implement a given change to specified requirements. | the identification of all work products affected by a change, including an estimate of the resources needed to accomplish the change |
2 | 1 | impact analysis | the assessment of change to the layers of development documentation, test documentation and components, in order to implement a given change to specified requirements. | identify the scope by a change (cost estimation, consistency examination) |
0 | 0 | impact analysis | type of cost-benefit analysis that lists but does not attempt to quantify the costs and benefits into a common unit (ex: dollars) | analysising the impact of the changes made tells us about parts of system that might be inadvertantly affected and may need regression testing decision taken with stakeholders |
0 | 0 | impact analysis | the identification of all work products affected by a change, including an estimate of the resources needed to accomplish the change | identify the scope by a change (cost estimation, consistency examination) |
0 | 0 | impact analysis | type of cost-benefit analysis that lists but does not attempt to quantify the costs and benefits into a common unit (ex: dollars) | analysis of how the potential change will affect the system and work environment as a whole |
1 | 0 | impact analysis | seek to identify programs net impacts that can be attributed to the program over and above the effects of usual care strong experimental or quasi-experimental design | evaluates the impact of the program |
2 | 1 | error rate | in biometrics, the normal rate of misidentification when the subject is cooperating. | accuracy of biometric authentication when supplicant is not trying to deceive the system. |
2 | 1 | error rate | number, frequency, or proportion of errors (relative to correct completions) for a given task or interface. | frequency in which errors occur in a given time period. |
1 | 0 | error rate | the rate at which errors occur, where an error is the reception of a 1 when a 0 was transmitted or vice versa | the number of errors that occur during data transmission. network errors occur more often when the connection is less reliable. |
3 | 1 | error rate | the proportion of errors made over a whole set of instances, and it measures the overall performance of a classifier. | natural performance measure for classification problems, proportion of errors made over the whole set of instances |
0 | 0 | error rate | the proportion of mistakes that are made if we apply our estimate ˆf to the training observations. | the number of documents for which the closest match is in the wrong category. |
2 | 1 | error rate | the rate at which errors occur, where an error is the reception of a 1 when a 0 was transmitted or vice versa | the number of errors that occur during data transmission |
2 | 1 | error rate | natural performance measure for classification problems, proportion of errors made over the whole set of instances | 1 - accuracy or #wrong predictions/total |
2 | 1 | error rate | a usability dimension concerned with how many errors a user might encounter and how easy it is to recover from those errors. | error frequency & severity — speed/effort to recover from errors |
1 | 0 | error rate | (per page) the fraction of pages (unit of operation) that time out or fail | counts the number of mistakes that a system generates per thousand or million transactions |
0 | 0 | error rate | the number of errors that occur during data transmission. network errors occur more often when the connection is less reliable. | less reliable connections increase the number of errors |
1 | 0 | error rate | the proportion of errors made over a whole set of instances, and it measures the overall performance of a classifier. | the proportion of mistakes that are made if we apply our estimate ˆf to the training observations. |
0 | 0 | error rate | probability of drawing incorrect t conclusions increase as # of repeated tests increase. use stat procedures to control this | the percentage of misclassified observations; it is 1 - accuracy. |
0 | 0 | error rate | repeating certain tests multiple times can lead to incorrect conclusions | the percentage of misclassified observations; it is 1 - accuracy. |
2 | 1 | error rate | probability of drawing incorrect t conclusions increase as # of repeated tests increase. use stat procedures to control this | probability of incorrect conclusions increases with the number of repeated tests |
2 | 1 | error rate | repeating certain tests multiple times can lead to incorrect conclusions | probability of incorrect conclusions increases with the number of repeated tests |
2 | 1 | error rate | the proportion of mistakes that are made if we apply our estimate ˆf to the training observations. | natural performance measure for classification problems, proportion of errors made over the whole set of instances |
1 | 0 | error rate | shouldn't determine the best split. inadequate measure for algo. | the proportion of errors made over a whole set of instances, and it measures the overall performance of a classifier. |
0 | 0 | error rate | shouldn't determine the best split. inadequate measure for algo. | proportion of errors made over the whole set of instances |
2 | 1 | error rate | frequency in which errors occur in a given time period. | a usability dimension concerned with how many errors a user might encounter and how easy it is to recover from those errors. |
1 | 0 | error rate | the proportion of errors made over a whole set of instances, and it measures the overall performance of a classifier. | the number of documents for which the closest match is in the wrong category. |
3 | 1 | error rate | proportion of errors made over the whole set of instances | 1 - accuracy or #wrong predictions/total |
1 | 0 | error rate | number, frequency, or proportion of errors (relative to correct completions) for a given task or interface. | a usability dimension concerned with how many errors a user might encounter and how easy it is to recover from those errors. |
0 | 0 | error rate | proportion of errors made over the whole set of instances | the proportion of mistakes that are made if we apply our estimate ˆf to the training observations. |
0 | 0 | error rate | shouldn't determine the best split. inadequate measure for algo. | natural performance measure for classification problems, proportion of errors made over the whole set of instances |
0 | 0 | error rate | shouldn't determine the best split. inadequate measure for algo. | 1 - accuracy or #wrong predictions/total |
0 | 0 | error rate | the rate at which errors occur, where an error is the reception of a 1 when a 0 was transmitted or vice versa | less reliable connections increase the number of errors |
1 | 0 | error rate | number, frequency, or proportion of errors (relative to correct completions) for a given task or interface. | error frequency & severity — speed/effort to recover from errors |
0 | 0 | error rate | the number of errors that occur during data transmission | less reliable connections increase the number of errors |
0 | 0 | error rate | shouldn't determine the best split. inadequate measure for algo. | the number of documents for which the closest match is in the wrong category. |
1 | 0 | error rate | in biometrics, the normal rate of misidentification when the subject is cooperating. | refers to accuracy when the supplicant is not trying to deceive the system |
0 | 0 | resource utilization | charts based on each activity earliest start time are called asap schedule & based on each activity latest time are called alap schedule. | rate of non-consumable aids being used in a simulation |
0 | 0 | resource utilization | spend resources on developing differentiated products and services, not infrastructure | the rn utilizes appropriate resources appropriate resources to plan and provide nursing services that are safe, effective, and financially responsible |
3 | 1 | assembly language | similar to machine language, but instead of binary it uses alphabetic codes to represent fundamental operations | programming languages that use mnemonics to represent each cpu instruction that are programmer defined. |
0 | 0 | assembly language | code that is specific to a particular hardware, but needs to be translated into machine code before it can run | same as a computer's machine language, except that words are substituted for some of the numeric codes; not really readable; not translatable to any machine |
0 | 0 | assembly language | the first symbolic languages; acronyms are assembled into strings of 0's and 1's; used today for special purpose computer applications | programming languages that use mnemonics to represent each cpu instruction that are programmer defined. |
2 | 1 | assembly language | low-level programming language that allows a programmer to write a program abbreviations of more easily remembered words instead of numbers | programming languages that use mnemonics to represent each cpu instruction that are programmer defined. |
2 | 1 | assembly language | contains the instructions and variables that have specific names instead of being just binary numbers | low-level programming language that allows a programmer to write a program abbreviations of more easily remembered words instead of numbers |
1 | 0 | assembly language | -programmer must manage movement of data among memory locations and registers -microscopic view of the task | programming languages that use mnemonics to represent each cpu instruction that are programmer defined. |
1 | 0 | assembly language | contains the instructions and variables that have specific names instead of being just binary numbers | gives instructions to cpu as fundamental operations written as alphabetic codes |
Subsets and Splits