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3 | 1 | input device | a piece of computer equipment such as a keyboard that enables you to put information into a computer. | a device used to enter information into a computer. (ex. keyboard, mouse, mic, flashdrive.) |
3 | 1 | input device | any hardware component that allows users to enter data/instructions into a computer | any hardware component that allows users to enter data or instructions (programs, commands and user responses) into a computer |
3 | 1 | input device | hardware component that allows you to enter data/instructions into a computer | hardware components that allow data to be uploaded or entered into the computer. |
2 | 1 | input device | data entered into the computer through a variety of devices such as a keyboard, microphone, scanner, flash drive, or mouse | device used to give the computer data or commands. includes keyboard, mouse, scanner, etc. |
2 | 1 | input device | hardware that provides information to the computer (ex. keyboards, mice, touch displays, and microphones) | a peripheral that provides information to the computer; used to interact with, or send information to, the computer ex: mouse, keyboard, touchscreen, webcam, microphone, etc. |
2 | 1 | input device | devices that capture some form of physical data from the outside world and communicate that data in electronic form into the computer system. | are devices used to send data to the microprocessor, they convert data from human readable form into machine readable form digital form |
3 | 1 | input device | part used to input data into a computer ( ex. keyboard, mouse, scanner, etc...) | enters data and commands into the computer. examples: keyboard, mouse, touch screen, microphone, webcam, etc. |
2 | 1 | input device | any device, such as a keyboard, that sends data to a computer. | data entered into the computer through a variety of devices such as a keyboard, microphone, scanner, flash drive, or mouse |
2 | 1 | input device | a device that allows the user to use data such as text, photographs, and drawings into a computer. | a device (physical or virtual) that allows you to enter data (text, images, and sounds) and instructions (user responses and commands) into your computer. |
3 | 1 | input device | this device sends information to a computer (data comes in). examples include a digital camera, keyboard, or usb drive. | a device or component that allows information to be given to a computer such as a keyboard, mouse, other buttons, camera, microphone |
3 | 1 | input device | a device used to put information into a computer | a piece of computer equipment which enables you to put information into a computer. |
3 | 1 | input device | a device used to enter information into a computer (mouse) | devices used to enter information or instructions into the computer converts from human recognizable to machine recognizable |
0 | 0 | input device | a device used to enter information into a computer. (ex. keyboard, mouse, mic, flashdrive.) | device that projects images, gives sound, and basically gives out the info from the computer so the user can obtain it (ex: monitor, printer, projector, speakers) |
2 | 1 | input device | a hardware or peripheral device used to send data to a computer. allows users to communicate and feed instructions and data to computers for processing, display, storage and/or transmission. | any peripheral used primarily to enter data into a computer |
3 | 1 | input device | any device that sends information into your computer system. i.e. : keyboard, scanner, mouse, trackball | any device that provides &"input&" to a computer. such devices include keyboard, mouse, web cameras, etc. |
3 | 1 | input device | data entered into the computer through a variety of devices such as a keyboard, microphone, scanner, flash drive, or mouse | any device that provides &"input&" to a computer. such devices include keyboard, mouse, web cameras, etc. |
3 | 1 | input device | any device, such as a keyboard, that sends data to a computer. | any device that provides &"input&" to a computer. such devices include keyboard, mouse, web cameras, etc. |
1 | 0 | false alarms | incorrectly reporting the presence of the signal when it did not occur it was objectively new but you responded that it was old | -there is no signal but you say there was a signal -stimulus not present but you say yes it is it |
0 | 0 | false alarms | it wasn't there, but we thought it was | 'yes' response when a stimulus is not present |
2 | 1 | false alarms | incorrectly reporting the presence of the signal when it did not occur it was objectively new but you responded that it was old | 'yes' response when a stimulus is not present |
1 | 0 | false alarms | 'yes' response when a stimulus is not present | -there is no signal but you say there was a signal -stimulus not present but you say yes it is it |
0 | 0 | query languages | enable user or another application program to query the database, in order to retrieve information | software tools that provide immediate online answers to requests for information that are not predefined |
1 | 0 | query languages | easy-to-use language and understandable to most users. it is used to search and generate reports from a database. an example is the language used on an airline reservation system. | used to ask the computer questions in english-like sentences (aka database languages) |
1 | 0 | query languages | easy-to-use language and understandable to most users. it is used to search and generate reports from a database. an example is the language used on an airline reservation system. | a type of programming language that is specialized to ask questions and are designed to retrieve data from databases. most common is strutted query language (sql) |
2 | 1 | query languages | enable user or another application program to query the database, in order to retrieve information | enable non programmers to use certain easily understood commands to search and generate reports from a database |
0 | 0 | transaction processing | substitutes processing for record keeping procedures people previously did by hand. | information encompasses all the information contained within a single business process or unit of work, primary purpose is to support the performance of daily operational or structured decisions. |
3 | 1 | transaction processing | the process that begins with capturing transaction data and ends with informational output, such as the financial statements | process of capturing transaction data, processing it, storing it for later use, and producing information output, such as a managerial report or a financial statement. |
2 | 1 | transaction processing | transaction processing systems are designed to process user requests for information from a database, or requests to update a database | data centered apps that process user requests and update information in the system |
0 | 0 | transaction processing | computations used for review, documentation, decisions, relocation, payroll, costs. | ex: documenting decisions and actions associated with employee relocation, training expenses, and enrollments in courses and benefit plans |
3 | 1 | transaction processing | process of capturing transaction data, processing it, storing it for later use, and producing information output, such as a managerial report or a financial statement. | process of capturing transaction data, processing it, storing it for later use and producing info output |
3 | 1 | transaction processing | processes that occur as part of completing a sale; these include calculation of any discounts, taxes, or shipping costs and transmission of payment data (such as a credit card number) | processes that occur as a past of completing a sale; these include calculation of any discounts, taxes or shipping costs and transmission of payment data |
1 | 0 | transaction processing | &"information processing that is divided into individual, indivisible operations, called transactions. each transaction must succeed or fail as a complete unit, it can never be only partially complete.&" | is a series of actions to be taken on the database such that they must be entirely completed or aborted |
1 | 0 | statistical methods | 1)descriptive statistics 2)inferential statistics | (also known as model-based methods) assume that the normal data follow some statistical mode |
0 | 0 | statistical methods | allow the examiner to design an efficient sample and objectively evaluate sample results hold up better in court disadvantage: require expertise, cost, and time | (also known as model-based methods) assume that the normal data follow some statistical mode |
0 | 0 | statistical methods | 1. trend extrapolation 2. linear trend extrapolation 3 sales forecasting techniques: trend extrapolation and linear trend extrapolation method that is data driven; not tied to any theory | 1) statistical process control 2) designed experiments(dox) 3) acceptance smapling |
1 | 0 | statistical methods | 1) statistical process control 2) designed experiments(dox) 3) acceptance smapling | (also known as model-based methods) assume that the normal data follow some statistical mode |
0 | 0 | statistical methods | 1. trend extrapolation 2. linear trend extrapolation 3 sales forecasting techniques: trend extrapolation and linear trend extrapolation method that is data driven; not tied to any theory | (also known as model-based methods) assume that the normal data follow some statistical mode |
0 | 0 | statistical methods | 1) statistical process control 2) designed experiments(dox) 3) acceptance smapling | allow the examiner to design an efficient sample and objectively evaluate sample results hold up better in court disadvantage: require expertise, cost, and time |
0 | 0 | statistical methods | 1)descriptive statistics 2)inferential statistics | 1) statistical process control 2) designed experiments(dox) 3) acceptance smapling |
0 | 0 | statistical methods | 1. trend extrapolation 2. linear trend extrapolation 3 sales forecasting techniques: trend extrapolation and linear trend extrapolation method that is data driven; not tied to any theory | 1)descriptive statistics 2)inferential statistics |
3 | 1 | machine translation | translation that takes place many times faster than that provided by a human, provided with a few more mistakes. | translation by way of sophisticated software capable of reaching speeds much faster than a human could produce |
1 | 0 | machine translation | language translation that is done by software; such translation can reach speeds of 400,000 words per hour | translation that takes place many times faster than that provided by a human, provided with a few more mistakes. |
0 | 0 | machine translation | the automatic translation of one human language to another. | the holy grail of nlp applications, this was the first major area of research and engineering in the field. |
0 | 0 | systems development | the process of transforming a business' problems into it-enabled solutions. | the process of creating and maintaining information systems involves all 5 components of is model (hardware, software, data, procedures and people) |
0 | 0 | systems development | the process of transforming a business' problems into it-enabled solutions. | typically starts with a systems request |
2 | 1 | systems development | creating or modifying existing business systems | the activity of creating or modifying information systems |
1 | 0 | systems development | the process of creating and maintaining information systems involves all 5 components of is model (hardware, software, data, procedures and people) | typically starts with a systems request |
1 | 0 | systems development | the process of creating and maintaining information systems; also called systems analysis and design | typically starts with a systems request |
1 | 0 | physical constraints | - constraints that physically prevent things from being done incorrectly. - ex: usb type c is reversible, fewer physical constraints | refer to the way physical objects restrict the movement of things. |
2 | 1 | physical constraints | closely related to real affordances: thus, it is not possible to move the cursor outside the screen: this is a physical constraint. | refer to the way physical objects restrict the movement of things. |
1 | 0 | physical constraints | - constraints that physically prevent things from being done incorrectly. - ex: usb type c is reversible, fewer physical constraints | closely related to real affordances: thus, it is not possible to move the cursor outside the screen: this is a physical constraint. |
1 | 0 | noisy data | random component of measurement error difficult to eliminate robust algorithm | random component of a measurement error; elimination is frequently difficult; algorithm is robust if it can produce acceptable results even when it is present |
2 | 1 | noisy data | noise is the random component of a measurement error. | noise is a random error or variance in a measured variable |
0 | 0 | decision process | structured and unstructured | problem recognition-> information search-> evaluation of alternatives-> choice |
1 | 0 | search strategies | use memory to make links based on past experience that are relevant to problem | rely on directed retrieval of information from memory. association exploits the mind's ability to move from one idea to another. analogy employs similarity-driven searches of memory. |
0 | 0 | search strategies | top down for experienced researchers who know their specific topic well bottom up for new researchers who are largely unfamiliar with their topic | typically require health education specialists to: identify key search terms search sources identify a period of time to conduct the search characteristics of the priority population health conditions of interest. |
0 | 0 | search strategies | actions that involve using memory to retrieve information to make links or connections based on past experience that are relevant to the current problem using stimuli. | rely on directed retrieval of information from memory. association exploits the mind's ability to move from one idea to another. analogy employs similarity-driven searches of memory. |
1 | 0 | competitive analysis | price of comp, substitute or similar product, buying habits | list the features, strengths, weaknesses, user base,, and price point for your competitors. |
1 | 0 | competitive analysis | identify strengths and weaknesses of you competitors' use of social media | a process for monitoring the competition that involves identifying competition, anticipating their moves, and determining their strengths and weaknesses. |
1 | 0 | competitive analysis | identify strengths and weaknesses of you competitors' use of social media | identifying and examining the characteristics of a competing firm |
1 | 0 | competitive analysis | the gathering and interpretation of competitive information in order to establish marketing strategies | identifying and examining the characteristics of a competing firm |
1 | 0 | competitive analysis | a process for monitoring the competition that involves identifying competition, anticipating their moves, and determining their strengths and weaknesses. | the gathering and interpretation of competitive information in order to establish marketing strategies |
2 | 1 | code generation | the abstract syntax tree is actually converted into machine code. | during ....... the abstract code tree is converted to object code. object code is machine code before the final step |
2 | 1 | code generation | syntax tree created in previous stage is converted into object code almost machine code the only difference is that it hasn't had the linker run against it | during ....... the abstract code tree is converted to object code. object code is machine code before the final step |
2 | 1 | code generation | translating a program to a linear (non-nested) structure, to a string of low-level instructions or &"byte codes&" of a bl virtual machine | the phase of a compiler in which executable output code is generated from intermediate code. |
2 | 1 | design methodology | -systematic approach to creating a design by applying a set of techniques and guidelines -systematically refine architecture until produce low level design | provides structure to solve a problem with a systematic process |
1 | 0 | design methodology | the new way of working; a framework for applying engineering practices with the specific aim of providing the necessary means for designing and developing products and subsystems in teams | systematic approach to creating a design by applying a set of techniques and guidelines |
1 | 0 | design methodology | -systematic approach to creating a design by applying a set of techniques and guidelines -systematically refine architecture until produce low level design | the new way of working; a framework for applying engineering practices with the specific aim of providing the necessary means for designing and developing products and subsystems in teams |
0 | 0 | design methodology | a structured approach that uses procedures, techniques, tools and documentation aids to support and facilitate the process of design. | provides structure to solve a problem with a systematic process |
1 | 0 | design methodology | provides structure to solve a problem with a systematic process | the new way of working; a framework for applying engineering practices with the specific aim of providing the necessary means for designing and developing products and subsystems in teams |
3 | 1 | design methodology | a structured approach that uses procedures, techniques, tools and documentation aids to support and facilitate the process of design. | systematic approach to creating a design by applying a set of techniques and guidelines |
1 | 0 | design methodology | provides structure to solve a problem with a systematic process | systematic approach to creating a design by applying a set of techniques and guidelines |
1 | 0 | design methodology | a structured approach that uses procedures, techniques, tools and documentation aids to support and facilitate the process of design. | the new way of working; a framework for applying engineering practices with the specific aim of providing the necessary means for designing and developing products and subsystems in teams |
0 | 0 | online analytical processing | a set of tools that work together to provide an advanced data analysis environment for retrieving, processing, and modeling data from the data warehouse | decision support system (dss) tools that use multidimensional data analysis techniques. |
1 | 0 | online analytical processing | advanced data analysis environment that supports decision making, business modeling and operations research -multidimensional data analysis techniques -advanced database support -easy-to-use end-user interfaces -fast/flexible/shared access to analytical info | enable retrieving, processing, and modeling data from the data warehouse |
0 | 0 | online analytical processing | supports strategic queries, enables complex aggregates involving multiple sources of data involving historical processing of information. | generates business intelligence uses multiple sources of information and provides multidimensional analysis |
1 | 0 | online analytical processing | supports strategic queries, enables complex aggregates involving multiple sources of data involving historical processing of information. | generates business intelligence. it uses multiple sources of information and provides multidimensional analysis, such as viewing data based on time, product, and location. |
1 | 0 | online analytical processing | decision support system (dss) tools that use multidimensional data analysis techniques. | enable retrieving, processing, and modeling data from the data warehouse |
1 | 0 | online analytical processing | perform multi-dimensional data analysis for business intelligence analyze data interactively from multiple perspectives | a technology that uses multidimensional structures to provide rapid access to data for analysis. the source data for olap is commonly stored in data warehouses in a relational database. |
0 | 0 | online analytical processing | software that allows users to drill down into massive amounts of data stored in data warehouses to reveal significant patterns and trends | interactive analysis of data, allowing data to be summarized and viewed in different ways in an online fashion |
0 | 0 | online analytical processing | advanced data analysis environment that supports decision making, business modeling and operations research -multidimensional data analysis techniques -advanced database support -easy-to-use end-user interfaces -fast/flexible/shared access to analytical info | decision support system (dss) tools that use multidimensional data analysis techniques. |
0 | 0 | online analytical processing | a data access architecture that allows the user to retrieve specific information from a large volume of data. | enables examination/manipulation of large amounts of detailed and consolidated data from many perspectives |
0 | 0 | computer science | a way of creating projects and solving problems with computers | the study of the ideas, ways of thinking, languages, software, and hardware needed to solve problems with computers. |
1 | 0 | computer science | the science of creating artifacts and solving problems using the help of a computer. some of the areas of focus include software engineering, programming, data analysis, algorithms, graphics, and animation. | creating artifacts and solving problems using a computer. |
1 | 0 | computer science | the art of blending human ideas and digital tools to increase problem solving power | the study of computational thinking, the thinking humans need to in order to describe a step by step process to a computer |
0 | 0 | computer science | - understanding and design of computers and computational processes - concerned with understanding of information transfer and transformation - making processes efficient | the study of implementing, organizing, and applying computer software and hardware resources. |
0 | 0 | computer science | is the science of algorithms, including their discovery and analysis | the scientific and practical approach to computation and its applications |
1 | 0 | computer science | the study of algorithms, including their formal and mathematical properties, their hardware realizations, their linguistic realizations, and their applications | an academic field that studies the theoretical foundations of information and computation and their implementation and application in computer systems. |
1 | 0 | computer science | the study of designing software, solving problems such as computer security threats, or coming up with better ways of handling data storage. | creating artifacts and solving problems using a computer. |
0 | 0 | computer science | - understanding and design of computers and computational processes - concerned with understanding of information transfer and transformation - making processes efficient | the study of computers and algorithmic processes, including their principles, their hardware and software designs, their implementation, and their impact on society |
0 | 0 | computer science | focus on computer architecture and how to program computers to make them work effectively and efficiently | a career field that focuses on developing fast and efficient computers from their construction to their programming and operating systems |
3 | 1 | network protocols | a protocol is a set of rules that govern the communication between computer on a network. | a standard set of rules that determines how systems will communicate across networks. |
2 | 1 | network protocols | a network protocol defines rules and conventions for communication between network devices. | rules followed in networked communication systems (http, ftp) |
0 | 0 | network protocols | a set of rules that govern the way computers communicate across a network. | a common set of rules and define how to interpret signals, identify individual computers, initiate and end networked communication and manage information exchange across network medium. |
2 | 1 | network protocols | refers to the set of rules or standards designed to enable computers connect with one another and to exchange the information with as little errors | a set of rules that govern the way computers communicate across a network. |
3 | 1 | network protocols | standard communication between devices. they speak common language so can understand each other. there are many different types | standards that govern the communications between devices on a network. the devices speak a &"common language&" |
2 | 1 | network protocols | a protocol is a set of rules that govern the communication between computer on a network. | a sets of rules for communicating across a network. |
1 | 0 | data structure | a representation of data and the operations allowed on that data, permitting component reuse. | a way of organizing data and its related procedures and functions. |
0 | 0 | data structure | a collection of data elements with operations that store and manipulate individual elements | defines a collection of related variables that can be processed either individually or as a whole |
1 | 0 | data structure | a specific arrangement of data attributes that defines an instance of a data flow. | a collection of data elements with operations that store and manipulate individual elements |
Subsets and Splits