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0 | 0 | conceptual design | connects the designer's mental model to the user's mental model | •critique and compare multiple design concepts •sort out best one •weigh concept feasibility •prototypes: low-fidelity paper, storyboards •&"evaluate&" via storytelling |
0 | 0 | conceptual design | a textual and graphical representation of the main data elements, relationships, and constraints. | the first stage in the database design process. the goal at this stage is to design a database that is independent of database software and physical details. |
0 | 0 | conceptual design | the first stage in the database design process. the goal at this stage is to design a database that is independent of database software and physical details. | determine where relationships and dependency is within the data |
0 | 0 | conceptual design | description of information used by enterprise. focus on documenting customer intention, disregard technology | a textual and graphical representation of the main data elements, relationships, and constraints. |
1 | 0 | conceptual design | - critique and compare multiple design concepts - sort out best one - weigh concept feasibility - prototypes: low-fidelity paper, storyboards - 'evaluate' via storytelling | connects the designer's mental model to the user's mental model |
0 | 0 | conceptual design | step where you are: developing the contextual-, external-and internal-level schemas. | description of information used by enterprise. focus on documenting customer intention, disregard technology |
1 | 0 | conceptual design | the part of an interaction design that contains a theme, notion, or idea to communicate a design vision... connects user's and designers mental model | the manifestation of the designer's mental model. contains a theme with the purpose of communicating a vision of a system or product. |
0 | 0 | conceptual design | entity-relationship (er) model a collection of entities (things), and relationships among entities | early phase of design process and it hides the internal details of physical storage and targets on describing entities, datatype, relationships and constraints |
0 | 0 | conceptual design | used to connect mental models between the designer and user getting user's mental models to match designers | mental models metaphors story boards |
3 | 1 | conceptual design | used to connect mental models between the designer and user getting user's mental models to match designers | connects the designer's mental model to the user's mental model |
3 | 1 | conceptual design | best design response to the information from the site analysis and on the user analysis chart. | from the site related diagram, the one chosen to more respond best to the user analysis chart. |
2 | 1 | conceptual design | a textual and graphical representation of the main data elements, relationships, and constraints. | determine where relationships and dependency is within the data |
1 | 0 | web servers | host any number of websites and webpages | stores information on web pages; when you type in a website address, your browser requests the right website file from the web server |
0 | 0 | web servers | most commonly host web sites accessible on the internet, but they can also server pages within an internal network. | stores information on web pages; when you type in a website address, your browser requests the right website file from the web server |
2 | 1 | web servers | also called web hosts. used to fetch pages by request and sends them to the client's browser. | host any number of websites and webpages |
3 | 1 | web servers | also called web hosts. used to fetch pages by request and sends them to the client's browser. | a computer providing pages to web clients; a computer hosting a web page |
2 | 1 | web servers | a computer providing pages to web clients; a computer hosting a web page | stores information on web pages; when you type in a website address, your browser requests the right website file from the web server |
1 | 0 | web servers | stores and delivers requested webpages to a computer via a browse | implement the server side of http, house web objects, each addressable |
0 | 0 | web servers | the software that &"serves&" web resources to software clients. web servers typically run on &"server&" hardware. however, may computing devices today support their own web server software | a combination of software tools that let application software in one organization communicate with other applications over a network using protocols |
1 | 0 | web servers | most commonly host web sites accessible on the internet, but they can also server pages within an internal network. | host any number of websites and webpages |
0 | 0 | web servers | most commonly host web sites accessible on the internet, but they can also server pages within an internal network. | a computer providing pages to web clients; a computer hosting a web page |
1 | 0 | web servers | a program that processes the http protocol and transmits web pages on demand. web servers also process application programs | a combination of software tools that let application software in one organization communicate with other applications over a network using protocols |
2 | 1 | web servers | also called web hosts. used to fetch pages by request and sends them to the client's browser. | -web sites and their associated information are stored here -used to recognize information requests, and send the requested documents |
0 | 0 | web servers | host any number of websites and webpages | -web sites and their associated information are stored here -used to recognize information requests, and send the requested documents |
1 | 0 | web servers | a program that processes the http protocol and transmits web pages on demand. web servers also process application programs | the software that &"serves&" web resources to software clients. web servers typically run on &"server&" hardware. however, may computing devices today support their own web server software |
2 | 1 | web servers | most commonly host web sites accessible on the internet, but they can also server pages within an internal network. | -web sites and their associated information are stored here -used to recognize information requests, and send the requested documents |
3 | 1 | web servers | also called web hosts. used to fetch pages by request and sends them to the client's browser. | stores information on web pages; when you type in a website address, your browser requests the right website file from the web server |
3 | 1 | file size | specified as the number of 128-byte records occupied by a file on the disk. | file manager will show how big or small a file is in terms of bytes |
0 | 0 | file size | - 1000 rows x 1000 columns is 1 million values - 1,000,000 bytes = 1mb | bit rate x duration |
0 | 0 | file size | specified as the number of 128-byte records occupied by a file on the disk. | the current size of a file was maintained in the file's file control block (fcb) by the operating system. |
1 | 0 | file size | the current size of a file was maintained in the file's file control block (fcb) by the operating system. | file manager will show how big or small a file is in terms of bytes |
0 | 0 | file size | the greater the colour depth, the larger the image file. | total bytes to store a file. |
0 | 0 | file size | sample rate length resolution * channels | bit rate x duration |
2 | 1 | file size | the digital size of the image file; measured in kilobytes, megabytes, or gigabytes. | the digital size of an image. to find this, multiply width in pixels by height in pixels |
2 | 1 | processor speed | this is measured in ghz for mot computers and flops for such systems as supercomputers. | measures the number of instructions per second the computer executes |
0 | 0 | dynamic information | the data may have been produces very quickly and so may contain errors. | it is most likely to be up to date as it changes automatically based on the source data. |
3 | 1 | dynamic information | includes data that change based on user actions. for example, static websites supply only information that will not change until the content editor changes the information. | data tha change based on user actions |
3 | 1 | dynamic information | information that changes based on user actions such as movie ticket availability, airline reservations (filter out what movie or destination you want) | includes data that change based on user actions ex: changes when user requests it movie ticket availability, airline prices, restaurant reservations |
0 | 0 | dynamic information | the information is updated automatically when the original data changes. | the data may have been produces very quickly and so may contain errors. |
3 | 1 | dynamic information | the information is updated automatically when the original data changes. | it is most likely to be up to date as it changes automatically based on the source data. |
1 | 0 | complex system | a complex system involves many interactions. | parts interact with other parts in different ways at different times, allowing systems to feed back on themselves. these are much harder to predict. (ex. weather or commuter traffic) |
0 | 0 | complex system | made up of parts that exist/change relationships within each other -parts adapt ex: red blood cells, ecosystem | results brought about by the interacting parts are not directly predictable |
0 | 0 | complex system | parts interact with other parts in different ways at different times, allowing systems to feed back on themselves. these are much harder to predict. (ex. weather or commuter traffic) | results brought about by the interacting parts are not directly predictable |
0 | 0 | complex system | a complex system involves many interactions. | results brought about by the interacting parts are not directly predictable |
2 | 1 | top-down approach | relies on &"schemata&" prior knowledge of readers. it begins with whole stories, paragraphs, sentences, words and then proceeds to the smallest units of syllables, praphemes, and phonemes | studying language as a whole. trying to understand the meaning of a reading or listening selection without worrying about the individual components of language. |
2 | 1 | top-down approach | begins with relationships between entities, then works down to specific attributes | the process of defining one or more subtypes of the supertype and forming supertype/subtype relationships. ** er modeling ** |
2 | 1 | top-down approach | estimate the total fee needed to complete a project using rules of thumb and historical data. subtract other expenses to get direct fee, and allocate direct fee to each phase. | an approach for estimating fees where the pm begins by estimating the total fee needed to complete the project using a combination of rules of thumb and historical data. |
1 | 0 | top-down approach | begins at the entity level with the organization's objectives, and then identifies the key processes critical to the success of each of the organization's objectives | going from a non specialized object to a specialized object (specialization) |
0 | 0 | top-down approach | going from a non specialized object to a specialized object (specialization) | the process of defining one or more subtypes of the supertype and forming supertype/subtype relationships. ** er modeling ** |
0 | 0 | top-down approach | the process of defining one or more subtypes of the supertype and forming supertype/subtype relationships. ** er modeling ** | starting with business activities and working down to the programming and implementation level. |
0 | 0 | top-down approach | begins at the entity level with the organization's objectives, and then identifies the key processes critical to the success of each of the organization's objectives | begins with relationships between entities, then works down to specific attributes |
1 | 0 | top-down approach | begins at the entity level with the organization's objectives, and then identifies the key processes critical to the success of each of the organization's objectives | the process of defining one or more subtypes of the supertype and forming supertype/subtype relationships. ** er modeling ** |
0 | 0 | top-down approach | starts from general principles that goes to more specific observations | process from pattern inductive approach make inferences based on repeated observations of patterns |
0 | 0 | top-down approach | -considers context in which child needs to perform, what aspects child is able to perform, and what they can't perform | highlights occupations and performance first, clients choose!, ot's work with the client to discover what limitations are experienced in occupations (assess barriers and resources) |
2 | 1 | top-down approach | begins at the entity level with the organization's objectives, and then identifies the key processes critical to the success of each of the organization's objectives | starting with business activities and working down to the programming and implementation level. |
2 | 1 | top-down approach | management style in which decisions are made in the upper levels of an organization without the input and participation of staff from throughout the organization | decisions are made by those with power, without consulting those who work within the system. |
1 | 0 | language processing | human translation > neural network > phrase based (google translate) | processing of language, very quickly ex: when you put something into a search engine on the computer auditory(listening), visual (reading), speaking (formulates thoughts to communicate to partner) |
0 | 0 | language processing | the scientific study of mental processes used in language production and comprehension | language processing systems translate one language into an alternative representation of that language and, for programming languages, may also execute the resulting code example: compiler, natural language translator |
0 | 0 | language processing | language processing systems translate one language into an alternative representation of that language and, for programming languages, may also execute the resulting code example: compiler, natural language translator | processing of language, very quickly ex: when you put something into a search engine on the computer auditory(listening), visual (reading), speaking (formulates thoughts to communicate to partner) |
0 | 0 | language processing | the scientific study of mental processes used in language production and comprehension | processing of language, very quickly ex: when you put something into a search engine on the computer auditory(listening), visual (reading), speaking (formulates thoughts to communicate to partner) |
1 | 0 | general purpose | not used for any specific task eg. word processing & spreadsheet software | -software designed to solve user's common or general tasks using computer systems eg word processors, spreadsheets, photo editing applications |
2 | 1 | general purpose | designed to perform many tasks | capable of performing many different tasks e.g pcs, macs, smartphones. |
2 | 1 | general purpose | not used for any specific task eg. word processing & spreadsheet software | off the shelf application programs that support general types of processing, rather than being linked to any specific business function -spreadsheets -wordprocessing -desktop publishing -photo editing |
0 | 0 | general purpose | these machines can be re-programmed for multiple applications. | designed to run a variety of applications capable of supporting remote terminal operations or small desktop workstations |
1 | 0 | general purpose | designed to perform many tasks | designed to run a variety of applications capable of supporting remote terminal operations or small desktop workstations |
1 | 0 | test cases | input data & expected results | inputs to test the system and the predicted outputs from these inputs if the system operates according to its specification |
1 | 0 | test cases | 1) input 2) initial state 3) expected output 4) actual output | inputs to test the system and the predicted outputs from these inputs if the system operates according to its specification |
0 | 0 | test cases | test steps used to verify a requirement in application. | the second consists of <blank> that are more complex to execute |
2 | 1 | test cases | test steps used to verify a requirement in application. | assess the quality of software applications (and may or may not be written as code),and |
2 | 1 | test cases | a document which contains a set of tests to help the programmer verify the code works as expected. | to make sure that system will work as expected |
0 | 0 | test cases | input data & expected results | 1) input 2) initial state 3) expected output 4) actual output |
0 | 0 | autonomous systems | the portion of a network that is operated by a signal organization, such as a university or even a carrier. (not a wan, or man question) | a network operated by one organization |
2 | 1 | autonomous systems | the portion of a network that is operated by a signal organization, such as a university or even a carrier. (not a wan, or man question) | is a network operated by one organization like ibm. or an organization that runs one part of the internet. |
3 | 1 | content delivery networks | - a system of hardware and software that stores user data in many geographical locations and made available on demand - a type of paas | a system of hardware and software that stores user data in many different geographical locations and made available on demand |
1 | 0 | content delivery networks | a network of servers in various physical locations that store copies of particular web sites, so as to reduce latency | network store copies of content closer to the end user |
3 | 1 | content delivery networks | a system of hardware and software that stores user data in many different geographical locations and made available on demand may be seen as a specialized type of paas | - a system of hardware and software that stores user data in many geographical locations and made available on demand - a type of paas |
2 | 1 | image quality | the accuracy in which the anatomical structure that is being imaged is represented on the image. | the exactness of representation of the patient's anatomy on a radiographic image. |
0 | 0 | image quality | - pixel's value is a measurement of a scene property over the source area. - the data captured is a noisy approximation of the world. | the more frames in the compound acquisition sequence, the better the |
3 | 1 | image quality | the fidelity with which the anatomical structure that is being imaged is rendered on the radiograph | the accuracy in which the anatomical structure that is being imaged is represented on the image. |
0 | 0 | image quality | include sharpness and visibility for good image quality -factors, formulas, techniques | describes the production of images that are useful in determining accurate diagnosis 1. spatial resolution 2. contrast 3. noise |
1 | 0 | image quality | a characteristic of an image that measures the perceived image degradation. | describes the production of images that are useful in determining accurate diagnosis 1. spatial resolution 2. contrast 3. noise |
2 | 1 | image quality | term used for the fidelity (exact copy) of the structures on the image | how well the image represents the object scanned and if it serves the purpose for which it was acquired |
0 | 0 | image quality | how faithfully is the anatomy depicted on the image, therefore, how useful is it in determining an accurate diagnosis | include sharpness and visibility for good image quality -factors, formulas, techniques |
1 | 0 | image quality | a characteristic of an image that measures the perceived image degradation. | include sharpness and visibility for good image quality -factors, formulas, techniques |
0 | 0 | image quality | the more frames in the compound acquisition sequence, the better the | composed of pixels, resolution determined by ppi, size is vertical and horizontal dimensions of an image |
1 | 0 | image quality | - pixel's value is a measurement of a scene property over the source area. - the data captured is a noisy approximation of the world. | composed of pixels, resolution determined by ppi, size is vertical and horizontal dimensions of an image |
2 | 1 | binary tree | a tree data structure in which each node has at most two child nodes | a tree in which each parent can only have 2 child nodes, this tree does not have a specific order. |
3 | 1 | binary tree | a binary tree is a data structure in which each node stores data and has up to two children, known as a left child and a right child. | is a tree data structure in which each node has at most two children, which are referred to as the left child and right child |
1 | 0 | binary tree | this is a tree where each node has at most 2 children | a tree in which each parent can only have 2 child nodes, this tree does not have a specific order. |
2 | 1 | binary tree | a binary tree is a data structure in which each node stores data and has up to two children, known as a left child and a right child. | a data structure in which each node may point to a left child and a right child. |
3 | 1 | binary tree | a binary tree is a data structure in which each node stores data and has up to two children, known as a left child and a right child. | is a tree like data structure where every node has at most two children. there is one left and right child node. |
3 | 1 | binary tree | a type of list where each node has up to two children (left and right child) | is a tree like data structure where every node has at most two children. there is one left and right child node. |
3 | 1 | binary tree | a special kind of tree in which each node can have at most two children: they are distinguished as a left child and a right child | a tree where every node has two or fewer children. the children are usually called left and right. |
2 | 1 | binary tree | a special kind of tree in which each node can have at most two children: they are distinguished as a left child and a right child | an ordered tree in which every vertex has no more than two children, with each child designated as a left or right child. potentially empty. |
3 | 1 | binary tree | an m-ary tree with m = 2 (each child may be designated as a left or a right child of its parent) | a tree in which every nodes has no more than two children. one child is designated as left child while the other is the right child. |
3 | 1 | binary tree | this is a tree where each node has at most 2 children | a tree data structure in which each node has at most two child nodes |
3 | 1 | binary tree | is a tree data structure in which each node has at most two children, which are referred to as the left child and right child | is a tree like data structure where every node has at most two children. there is one left and right child node. |
0 | 0 | binary tree | an ordered tree in which every vertex has no more than two children, with each child designated as a left or right child. potentially empty. | has at most two children, called left child and right child. |
3 | 1 | binary tree | a data structure in which each node may point to a left child and a right child. | is a tree like data structure where every node has at most two children. there is one left and right child node. |
3 | 1 | binary tree | a binary tree is a data structure in which each node stores data and has up to two children, known as a left child and a right child. | a type of list where each node has up to two children (left and right child) |
Subsets and Splits