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1 | 0 | data type | in a database, used to defined fields, such as text, date, or number. | identifies the type of data that can be entered into a field (text, number, or currecy; *arithmetic operation = number) |
2 | 1 | data type | the kind of information a field contains—whether text, number, date/time, or some other type. | the type of data being stored, for example a number, string (text) |
0 | 0 | data type | a data classification that tells a computer what kind of data is to be used. examples: int, double, char, string, bool | a set of values together with a set of operations (i.e. simple data type, structured data type, pointers) |
1 | 0 | data type | the specific type of data a variable is designed to hold. having the proper data type can be crucial in running a an error-free program. | a kind of data that variables may hold in a programming language plus the operations automatically provided. examples are character, integer, floating point |
3 | 1 | data type | characteristic that defines data that can be stored in a field, such as numbers, text, or dates. | in a database, used to defined fields, such as text, date, or number. |
2 | 1 | data type | refers to the type of data that will be placed in a named memory location (also known as a variable). examples are real, integer, and string. | a specific type of data that can be used in a programming language. in alice the data types that we used most often included number, boolean, and object. |
1 | 0 | data type | a set of values and a set of operations on those values | collection of data values and a set of predefined operations on those values |
1 | 0 | data type | a class of data that can be stored in an attribute | an attribute of data that describes the values it can have and how the data can be used |
2 | 1 | data type | defines the information that can be stored in a variable, the size of needed memory and the operations that can be performed with the variable. | the specific type of data a variable is designed to hold. having the proper data type can be crucial in running a an error-free program. |
0 | 0 | data type | the specific type of data a variable is designed to hold. having the proper data type can be crucial in running a an error-free program. | a specific type of data that can be used in a programming language. in alice the data types that we used most often included number, boolean, and object. |
2 | 1 | data type | the type of content a variable holds, like an integer or a string of characters. | the way the field will be recognized by the system (integer, string, real or boolean) |
1 | 0 | data type | defines the information that can be stored in a variable, the size of needed memory and the operations that can be performed with the variable. | a specific type of data that can be used in a programming language. in alice the data types that we used most often included number, boolean, and object. |
2 | 1 | data type | in outsystems every piece of data, like a variable, is of a certain data type, that dictates what sort of operations can be applied to it | describes the type of data that can be stored there, how much memory the item occupies, and what types of operations can be performed on the data |
3 | 1 | data type | the kind of data stored in each variable | used to define variables to indicate what kind of value the variable can hold. |
2 | 1 | data type | defines the information that can be stored in a variable, the size of needed memory and the operations that can be performed with the variable. | a kind of data that variables may hold in a programming language plus the operations automatically provided. examples are character, integer, floating point |
3 | 1 | data type | a classification that identifies various types of data and what actions they can perform (e.g boolean, integer, real, character, string...) | a classification that defines what a stored item is or is not, such as integer, float, string, or boolean. |
3 | 1 | data type | indicates the type of data, text, date, boolean and/or numbers, that can be stored in a field | the type of data being stored, for example a number, string (text) |
3 | 1 | data type | determines what field values you can enter for the field | identifies the type of data that can be entered into a field (text, number, or currecy; *arithmetic operation = number) |
2 | 1 | data type | a group of values & the operations defined on those values | a set of values together with a set of operations (i.e. simple data type, structured data type, pointers) |
0 | 0 | data type | a kind of data that variables may hold in a programming language plus the operations automatically provided. examples are character, integer, floating point | defines what kind of value a variable can hold such as number or string |
1 | 0 | data type | the specific type of data a variable is designed to hold. having the proper data type can be crucial in running a an error-free program. | defines what kind of value a variable can hold such as number or string |
1 | 0 | data type | defines the information that can be stored in a variable, the size of needed memory and the operations that can be performed with the variable. | in java, every variable has a type declared in the source code. there are two kinds of types: reference types and primitive types. reference types are references to objects. |
2 | 1 | data type | in a database, used to defined fields, such as text, date, or number. | determines what field values you can enter for the field |
3 | 1 | data type | determines what field values you can enter for the field | identifies the type of data that can be stored in a field. |
2 | 1 | data type | refers to the type of data that will be placed in a named memory location (also known as a variable). examples are real, integer, and string. | defines what kind of value a variable can hold such as number or string |
0 | 0 | data type | a data classification that tells a computer what kind of data is to be used. examples: int, double, char, string, bool | a group of values & the operations defined on those values |
1 | 0 | data type | define storage format and allowable content of an attribute (field) | specifies the kind of data a field can contain |
1 | 0 | data type | the specific type of data a variable is designed to hold. having the proper data type can be crucial in running a an error-free program. | indicates the type of data a memory location (variable or named constant) can store |
1 | 0 | data type | defines the allowed/restricted values in certain fields | defines a field for a table - examples include short text, number or currency |
1 | 0 | data type | defines the allowed/restricted values in certain fields | used to control how data in a particular field will be searched, sorted, or used in calculations. the default format is text. |
2 | 1 | data type | a kind of data that variables may hold in a programming language plus the operations automatically provided. examples are character, integer, floating point | a specific type of data that can be used in a programming language. in alice the data types that we used most often included number, boolean, and object. |
0 | 0 | data type | used to control how data in a particular field will be searched, sorted, or used in calculations. the default format is text. | defines a field for a table - examples include short text, number or currency |
3 | 1 | data type | a class of data that be stored in an attribute.•character, integers, real numbers, dates, pictures, etc. | what class of data can be stored in the attribute e.g. characters, numeric, date, binary |
0 | 0 | data type | a description of the set of values and the basic set of operations that can be applied to values of the type | indicates the type of data a memory location (variable or named constant) can store |
1 | 0 | data type | defines the information that can be stored in a variable, the size of needed memory and the operations that can be performed with the variable. | defines what kind of value a variable can hold such as number or string |
3 | 1 | data type | specification about the kinds of data that can be stored in the attribute. | an attribute that tells what kind of data that value can have. |
1 | 0 | data type | used to control how data in a particular field will be searched, sorted, or used in calculations. the default format is text. | is the term used to identify whether a field is numeric, text, date, etc. |
3 | 1 | data type | identifies the type of data that can be stored in a field. | identifies the type of data that can be entered into a field (text, number, or currecy; *arithmetic operation = number) |
3 | 1 | data type | the type of content a variable holds, like an integer or a string of characters. | defines the type of data you intend to store in a variable [integer (whole number), real (decimal number), string (series of characters)] |
1 | 0 | data type | in java, every variable has a type declared in the source code. there are two kinds of types: reference types and primitive types. reference types are references to objects. | a specific type of data that can be used in a programming language. in alice the data types that we used most often included number, boolean, and object. |
2 | 1 | data type | in a database, used to defined fields, such as text, date, or number. | identifies the type of data that can be stored in a field. |
1 | 0 | data type | is the term used to identify whether a field is numeric, text, date, etc. | defines a field for a table - examples include short text, number or currency |
0 | 0 | data type | values in javascript appear in special appearances or &"dressings&" | is javascript's interpretation of the kind of data a program can work with these include string, number, array, boolean, null, object, and undefined. |
3 | 1 | data type | defines the type of data you intend to store in a variable [integer (whole number), real (decimal number), string (series of characters)] | the way the field will be recognized by the system (integer, string, real or boolean) |
2 | 1 | data type | a specific type of data that can be used in a programming language. in alice the data types that we used most often included number, boolean, and object. | indicates the type of data a memory location (variable or named constant) can store |
0 | 0 | data type | in java, every variable has a type declared in the source code. there are two kinds of types: reference types and primitive types. reference types are references to objects. | a kind of data that variables may hold in a programming language plus the operations automatically provided. examples are character, integer, floating point |
2 | 1 | data type | in outsystems every piece of data, like a variable, is of a certain data type, that dictates what sort of operations can be applied to it | a particular kind of data item, as defined by the values it can take, the programming language used, or the operations that can be performed on it. |
1 | 0 | data type | defines what kind of values can be stored in a variable or other data structure element, such as integer or text | specifies the kind of information that data can be and is essentially the meaning of the data |
3 | 1 | data type | what class of data can be stored in the attribute e.g. characters, numeric, date, binary | a class of data that be stored in an attribute. character, integers, real number, dates, picture etc |
3 | 1 | data type | a particular kind of data item, as defined by the values it can take, and the operations that can be performed on it. | a particular kind of data item, as defined by the values it can take, the programming language used, or the operations that can be performed on it. |
2 | 1 | data type | the specific type of data a variable is designed to hold. having the proper data type can be crucial in running a an error-free program. | a description of the set of values and the basic set of operations that can be applied to values of the type |
1 | 0 | data type | defines the information that can be stored in a variable, the size of needed memory and the operations that can be performed with the variable. | a description of the set of values and the basic set of operations that can be applied to values of the type |
1 | 0 | data type | defines the allowed/restricted values in certain fields | is the term used to identify whether a field is numeric, text, date, etc. |
1 | 0 | data type | defines the information that can be stored in a variable, the size of needed memory and the operations that can be performed with the variable. | refers to the type of data that will be placed in a named memory location (also known as a variable). examples are real, integer, and string. |
3 | 1 | data type | refers to the type of data that will be placed in a named memory location (also known as a variable). examples are real, integer, and string. | indicates the type of data a memory location (variable or named constant) can store |
1 | 0 | data type | the storage format and allowable content of a program variable, class attribute, or relational database field | define storage format and allowable content of an attribute (field) |
3 | 1 | data type | indicates the type of data that can be stored as a variable value. three types - strings, integers, floats | specifies the type of information a variable can store. examples are string, double, decimal, integer |
1 | 0 | data type | refers to the type of data that will be placed in a named memory location (also known as a variable). examples are real, integer, and string. | in java, every variable has a type declared in the source code. there are two kinds of types: reference types and primitive types. reference types are references to objects. |
1 | 0 | data type | refers to the type of data that will be placed in a named memory location (also known as a variable). examples are real, integer, and string. | the specific type of data a variable is designed to hold. having the proper data type can be crucial in running a an error-free program. |
2 | 1 | data type | refers to the type of data that will be placed in a named memory location (also known as a variable). examples are real, integer, and string. | a description of the set of values and the basic set of operations that can be applied to values of the type |
0 | 0 | image annotation | information other than standard identification must be added to the image | software function that allows text or markers to be digitally added to an image |
3 | 1 | image annotation | allows selection of preset terms and/or manual text input and can be particularly useful when such additional information is necessary. | 1. allows selection of preset terms or manual text input 2. used when additional info is necessary (ex. baby gestation, upright or supine, xtl) |
2 | 1 | network performance | fully connected best performance, followed by dynamic | typically, we think of application or database performance. network performance is critical to creating successful systems. |
1 | 0 | network performance | the measure of quality of a server. | a general measure of how quickly and efficiently a network is operating. |
0 | 0 | network performance | larger the bandwidth the larger the data transfered wired connections are generally faster than wireless connections fibre optic cables are faster than copper cables network hardware | a general measure of how quickly and efficiently a network is operating. |
0 | 0 | network performance | larger the bandwidth the larger the data transfered wired connections are generally faster than wireless connections fibre optic cables are faster than copper cables network hardware | the measure of quality of a server. |
2 | 1 | data abstraction | the process or outcome of focusing on the essential properties of, and ignoring the details of, information or information structures. | the process of identifying only the required characteristics of an object ignoring the irrelevant details. |
1 | 0 | data abstraction | set of data objects and a set of operations that characterize the behavior of these data objects; these operations relate to each other | hides the representation of data and implementation of operations, instance variables are only accessible via operations. |
1 | 0 | data abstraction | data type defined by its set of objects and operations on the data type | hides the representation of data and implementation of operations, instance variables are only accessible via operations. |
1 | 0 | data abstraction | creating a data type that hides the details of the data representation | focusing on important details and characteristics and filtering out the unwanted details or explanations. a means of separating behavior from implementation. |
1 | 0 | data abstraction | system hides certain details of how the data are stored and maintained; simplifies users' interactions with the system. | separation of abstract data properties from concrete details of its implementation or storage |
2 | 1 | data abstraction | the separation of a data type's logical properties from its implementation | the separation between specification of a data object and its implementation |
1 | 0 | data abstraction | a logical description of how we view the data and the operations that are allowed without regard to how they will be implemented. | do not need to know the implementation details in order to use something; related to abstract data types (adts) |
2 | 1 | data abstraction | allowing us to use a data structure without paying attention to how it's implemented | do not need to know the implementation details in order to use something; related to abstract data types (adts) |
1 | 0 | data abstraction | separation of the logical view of a data object (what is stored) form the physical view(how the information is stored) | system hides certain details of how the data are stored and maintained; simplifies users' interactions with the system. |
3 | 1 | data abstraction | separation of the logical view of data (definition) from its implementation (app programs) | separation of abstract data properties from concrete details of its implementation or storage |
2 | 1 | data abstraction | a data model is used to hide storage details and present the users with a conceptual view of the database | system hides certain details of how the data are stored and maintained; simplifies users' interactions with the system. |
2 | 1 | data abstraction | separation of the logical view of a data object (what is stored) form the physical view(how the information is stored) | separation of abstract data properties from concrete details of its implementation or storage |
1 | 0 | data abstraction | separation of the logical view of data (definition) from its implementation (app programs) | system hides certain details of how the data are stored and maintained; simplifies users' interactions with the system. |
3 | 1 | data abstraction | describes only essential features & hides details that are not needed | providing only needed information to the outside world and hiding implementation details. all irrelevant data is hidden about an object. |
2 | 1 | data abstraction | a data model is used to hide storage details and present the users with a conceptual view of the database | separation of the logical view of a data object (what is stored) form the physical view(how the information is stored) |
2 | 1 | data abstraction | a data model is used to hide storage details and present the users with a conceptual view of the database | separation of abstract data properties from concrete details of its implementation or storage |
1 | 0 | data abstraction | separating the different levels of detail representing data | a data abstraction provides a general way to access a collection of data. |
1 | 0 | data abstraction | a data model is used to hide storage details and present the users with a conceptual view of the database | separation of the logical view of data (definition) from its implementation (app programs) |
2 | 1 | data abstraction | creating a data type that hides the details of the data representation | representing or storing information with methods that separate layers of concerns so that the programmer can work with information while ignoring lower-level details about how the information is represented. |
2 | 1 | data abstraction | separation of the logical view of a data object (what is stored) form the physical view(how the information is stored) | separation of the logical view of data (definition) from its implementation (app programs) |
0 | 0 | race conditions | results when several threads try to access and modify the same data concurrently. multiple requests overload the system (buffer overload) | error that occurs when the output of a function is dependent on the sequence/timing of inputs, and they arrive out of order. used for privilege elevation and dos attacks. |
2 | 1 | race conditions | when an ordered or timed set of processes is disrupted or altered by an exploit. when information is processed out of order and causes problems. | a vulnerability that occurs when an ordered or timed set of processes is disrupted or altered by an exploit |
2 | 1 | race conditions | are situations in which two or more processes are reading or writing shared data and the final result depends on „who runs precisely when&". very difficult to debug. | a situation when multiple processes or multiple read and write to the same data item and the final result depends on the relative timing of their execution |
2 | 1 | open source software | software that has the programming code freely available for modification. in most cases, open source software is also &"free software&". | its software that is freely available and its source code is also available. |
0 | 0 | open source software | copyright holder provides the rights to study, change, and distribute software | software hat is distributed for free, with access permitted to the source code so that it can be studied, changed and improved by software professionals |
2 | 1 | open source software | available, free and users can modify copyrighted but no licensing fees use open standards | software whose source code is available free of charge for the public to use, copy, modify, sublicense, or distribute |
3 | 1 | open source software | - no fee - source code is published and available to public - anyone can modify, copy, and redistribute it without fees | -means that the source code is published and made available to the public, enabling anyone to copy, modify, and redistribute it without paying a fee. -such as apache openoffice |
2 | 1 | open source software | -freely available including source code -developed by a community of interested people -performs the same functions as commercial software. | a program in which the source code is available to the general public for use and modification from its original design free of charge. |
1 | 0 | open source software | copyright holder provides the rights to study, change, and distribute software | software that is developed by usually-unpaid individuals on a volunteer basis, where the source code is visible and it is provided free of cost. |
1 | 0 | open source software | software for which the source code is made freely available. users may legally modify the source code and can share it. | software where users can modify the source code and share under the same original licence and terms. |
3 | 1 | open source software | source code is available to programmers who want to modify and improve the software | software that includes its source code, allowing programmers to modify and improve it. |
1 | 0 | open source software | software that is developed by usually-unpaid individuals on a volunteer basis, where the source code is visible and it is provided free of cost. | open-source software - a method of developing, delivering, and licensing software that makes the application source code freely available to any interested developer or client |
3 | 1 | open source software | makes source code available to modify and improve | software that includes its source code, allowing programmers to modify and improve it. |
1 | 0 | open source software | is software that is available free of charge and with few licensing and copyright restrictions | free but use is restricted to the copyright provided by the software. |
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