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1 | 0 | parallel processing | ability to simultaneously analyze and combine information regarding color, shape, and motion | the ability to simultaneously analyze and combine information provided by senses |
2 | 1 | parallel processing | multiple computing units perform the calculations simultaneously (ex- memory system and language system) | processing many aspects of a problem simultaneously; the brain's natural mode of information processing for many functions. (pp. 94, 230, 298) |
3 | 1 | parallel processing | the processing of several aspects of a problem simultaneously; the brain's natural mode of information processing for many functions, including vision, hearing | processing many aspects of a problem simultaneously; the brain's natural mode of information processing for many functions. (pp. 94, 230, 298) |
1 | 0 | parallel processing | multiple processors performing a single task (multiple instructions at a time) - illusion is called hyperthreading | process is split into parts that execute on different processors attached to the same computer |
1 | 0 | parallel processing | the processing of many aspects of a problem or scene at the same time; the brain's natural mode of information processing for many functions, including vision. | multiple mental processes going on at once |
2 | 1 | parallel processing | computers understanding how to divide tasks into parts that can be distributed across each core; allows multicore processors to be used effectively | high performance analytics achieved by breaking the processing into smaller units of work that can be run parallel across the hundreds and potentially thousands of nodes in the cluster |
2 | 1 | parallel processing | process is split into parts that execute on different processors attached to the same computer | high performance analytics achieved by breaking the processing into smaller units of work that can be run parallel across the hundreds and potentially thousands of nodes in the cluster |
1 | 0 | parallel processing | human brain processes many things simultaneously, on dual tracks | the processing of several aspects of a problem simultaneously; generally used to process well-learned information or to solve easy problems |
1 | 0 | parallel processing | high performance analytics achieved by breaking the processing into smaller units of work that can be run parallel across the hundreds and potentially thousands of nodes in the cluster | each processor works together to complete a job faster than with a single processor on a single task (multiprocessing) |
0 | 0 | parallel processing | perception and comprehension are thought to operate via this | different information is processed at the same time |
3 | 1 | parallel processing | the processing of several aspects of a problem simultaneously; the brain's natural mode of information processing for many functions, including vision, hearing | the processing of many aspects of a problem simultaneously [contrasts with the step-by-step (serial) processing of most computers and of conscious problem solving] |
1 | 0 | parallel processing | high performance analytics achieved by breaking the processing into smaller units of work that can be run parallel across the hundreds and potentially thousands of nodes in the cluster | a technique that divides one task among many processors so that parts of the task are completed simultaneously. |
1 | 0 | parallel processing | the processing of several aspects of a problem simultaneously; the brain's natural mode of information processing for many functions, including vision, hearing | multiple computing units perform the calculations simultaneously (ex- memory system and language system) |
2 | 1 | parallel processing | running multiple task simultaneously: establishing criteria that determine when a task is performed, synchronization among tasks to coordinate sharing, and allocation of computing resources | a technique that divides one task among many processors so that parts of the task are completed simultaneously. |
2 | 1 | parallel processing | computers understanding how to divide tasks into parts that can be distributed across each core; allows multicore processors to be used effectively | running multiple task simultaneously: establishing criteria that determine when a task is performed, synchronization among tasks to coordinate sharing, and allocation of computing resources |
2 | 1 | parallel processing | computers understanding how to divide tasks into parts that can be distributed across each core; allows multicore processors to be used effectively | when a processor executes more than one instruction at a time and works well with today's multi-core microprocessors |
0 | 0 | parallel processing | system in which many different steps are going on simultaneously; opposite is serial processing- one at a time - advantage is speed and mutual influence amon multiple systems | several working entities work together toward a common goal. emphasizes concurrent manipulation of data elements belonging to one or more processes solving a single problem. |
1 | 0 | parallel processing | multiple processors performing a single task (multiple instructions at a time) - illusion is called hyperthreading | when a processor executes more than one instruction at a time and works well with today's multi-core microprocessors |
2 | 1 | parallel processing | process is split into parts that execute on different processors attached to the same computer | running multiple task simultaneously: establishing criteria that determine when a task is performed, synchronization among tasks to coordinate sharing, and allocation of computing resources |
0 | 0 | parallel processing | multiple processors performing a single task (multiple instructions at a time) - illusion is called hyperthreading | each processor works together to complete a job faster than with a single processor on a single task (multiprocessing) |
2 | 1 | parallel processing | the processing of many types of information simultaneously; the brain's natural mode of information processing; contrasts with the step-by-step (serial) processing of most computers and of conscious problem solving. | multiple computing units perform the calculations simultaneously (ex- memory system and language system) |
1 | 0 | parallel processing | the processing of many aspects of a problem simultaneously; the brain's natural mode of information processing for many functions. -connectionism - views memories as products of interconnected neural networks | the processing of many aspects of a problem simultaneously [contrasts with the step-by-step (serial) processing of most computers and of conscious problem solving] |
2 | 1 | parallel processing | involves simultaneously extracting different kinds of information from the same input. | the processing of many aspects of a problem simultaneously |
3 | 1 | parallel processing | multiple processors performing a single task (multiple instructions at a time) - illusion is called hyperthreading | high performance analytics achieved by breaking the processing into smaller units of work that can be run parallel across the hundreds and potentially thousands of nodes in the cluster |
0 | 0 | parallel processing | processing many aspects of a problem simultaneously; the brain's natural mode of information processing for many functions. (myers psychology for ap 3e pp. 126, 183, 329) | cortical and thinking -pathways that develop with learning -any type of learned activity is an example -critical thinking, actions, memories, learning |
2 | 1 | parallel processing | several processors work together on same tasks | a processing technique that uses multiple processors or multiple processing cores simultaneously, usually to process a single job as fast as possible. |
2 | 1 | parallel processing | multiple computing units perform the calculations simultaneously (ex- memory system and language system) | the processing of many aspects of a problem simultaneously [contrasts with the step-by-step (serial) processing of most computers and of conscious problem solving] |
2 | 1 | parallel processing | process is split into parts that execute on different processors attached to the same computer | each processor works together to complete a job faster than with a single processor on a single task (multiprocessing) |
0 | 0 | parallel processing | computers understanding how to divide tasks into parts that can be distributed across each core; allows multicore processors to be used effectively | each processor works together to complete a job faster than with a single processor on a single task (multiprocessing) |
0 | 0 | parallel processing | running multiple task simultaneously: establishing criteria that determine when a task is performed, synchronization among tasks to coordinate sharing, and allocation of computing resources | when a processor executes more than one instruction at a time and works well with today's multi-core microprocessors |
2 | 1 | parallel processing | the processing of many aspects of problems simultaneously; the brains natural mode of information processing for many functions. | brain delegates processing work to different areas |
1 | 0 | parallel processing | the processing of many types of information simultaneously; the brain's natural mode of information processing; contrasts with the step-by-step (serial) processing of most computers and of conscious problem solving. | the processing of many aspects of a problem simultaneously; the brain's natural mode of information processing for many functions. -connectionism - views memories as products of interconnected neural networks |
2 | 1 | parallel processing | computers understanding how to divide tasks into parts that can be distributed across each core; allows multicore processors to be used effectively | process is split into parts that execute on different processors attached to the same computer |
1 | 0 | parallel processing | the brain's ability to simultaneously conduct several processes at the same time | processing many aspects of a problem simultaneously; the brain's natural mode of information processing for many functions. (myers psychology for ap 3e pp. 126, 183, 329) |
0 | 0 | parallel processing | several processors work together on same tasks | the processing of several instructions simultaneously, not always possible as some instructions must be carried out sequentially. |
2 | 1 | parallel processing | when a processor executes more than one instruction at a time and works well with today's multi-core microprocessors | each processor works together to complete a job faster than with a single processor on a single task (multiprocessing) |
2 | 1 | parallel processing | different parts of the problem can be run , truly at the same time, on different processors | involves using more than one processor to work on the same task at the same time in order to complete the work more quickly |
2 | 1 | parallel processing | a processing technique that uses multiple processors or multiple processing cores simultaneously, usually to process a single job as fast as possible. | the processing of several instructions simultaneously, not always possible as some instructions must be carried out sequentially. |
0 | 0 | parallel processing | multiple computing units perform the calculations simultaneously (ex- memory system and language system) | the processing of many aspects of a problem simultaneously; the brain's natural mode of information processing for many functions. -connectionism - views memories as products of interconnected neural networks |
0 | 0 | parallel processing | involves simultaneously extracting different kinds of information from the same input. | several working entities work together toward a common goal. emphasizes concurrent manipulation of data elements belonging to one or more processes solving a single problem. |
2 | 1 | parallel processing | running multiple task simultaneously: establishing criteria that determine when a task is performed, synchronization among tasks to coordinate sharing, and allocation of computing resources | high performance analytics achieved by breaking the processing into smaller units of work that can be run parallel across the hundreds and potentially thousands of nodes in the cluster |
3 | 1 | parallel processing | multiple processors performing a single task (multiple instructions at a time) - illusion is called hyperthreading | a technique that divides one task among many processors so that parts of the task are completed simultaneously. |
1 | 0 | parallel processing | process is split into parts that execute on different processors attached to the same computer | when a processor executes more than one instruction at a time and works well with today's multi-core microprocessors |
2 | 1 | parallel processing | process is split into parts that execute on different processors attached to the same computer | a technique that divides one task among many processors so that parts of the task are completed simultaneously. |
0 | 0 | parallel processing | many neurons starts processing information (get activated ) in parallel | processing different features of information simultaneously; allows for different layers of cells to converge on certain nodes and get neural networks; provides complexity in the cortex |
2 | 1 | parallel processing | computers understanding how to divide tasks into parts that can be distributed across each core; allows multicore processors to be used effectively | multiple processors performing a single task (multiple instructions at a time) - illusion is called hyperthreading |
2 | 1 | parallel processing | the processing of many aspects of a problem simultaneously, the brain's natural mode of information processing for many functions | processing many aspects of a problem simultaneously; generally used to process well-learned information or to solve easy problems |
2 | 1 | parallel processing | the processing of many aspects of problems simultaneously; the brains natural mode of information processing for many functions. | two or more mental processes or operations can occur simultaneously |
1 | 0 | parallel processing | when a processor executes more than one instruction at a time and works well with today's multi-core microprocessors | high performance analytics achieved by breaking the processing into smaller units of work that can be run parallel across the hundreds and potentially thousands of nodes in the cluster |
3 | 1 | parallel processing | detect/focus all information (color, form, motion) at same time. | feature detection is all done at the same time, see all the form (shape, boundaries, color), color, and motion at same time! |
2 | 1 | parallel processing | system in which many different steps are going on simultaneously; opposite is serial processing- one at a time - advantage is speed and mutual influence amon multiple systems | the processing of many aspects of a problem simultaneously |
1 | 0 | client-server architecture | - client is responsible for presentation logic - server is responsible for data stoage and data access logic - business logic can be on either the client or server node | functions are shared between client and server. client = presentation & application logic. server = application logic (optional), data access logic, and data storage |
3 | 1 | client-server architecture | server: -always on host -permanent ip address -scaling by data centers clients: -communicates with server -do not communicate directly with each other | server - always on host - permanent ip address clients: - communicate with server - may be intermittently connected - may have dynamic ip addresses |
1 | 0 | client-server architecture | server: -always on host -permanent ip address -scaling by data centers clients: -communicates with server -do not communicate directly with each other | server: -always-on host -permanaent ip address clients: -communication with server -may be intermittently connected -dont communicate with each other |
2 | 1 | garbage collection | automatic reclaiming of unreferenced memory. | the process of identifying objects or data variables that are no more needed and delete them to free memory |
3 | 1 | garbage collection | the automatic process of freeing allocated memory for objects not in use. | an automatic process that deletes unused objects and helps to keep the memory of the computer less utilized |
2 | 1 | garbage collection | • reclaiming memory used by unreferenced objects • periodically performed by java • only needed if running low on memory (not guaranteed to occur) | an automatic process that deletes unused objects and helps to keep the memory of the computer less utilized |
2 | 1 | garbage collection | • reclaiming memory used by unreferenced objects • periodically performed by java • only needed if running low on memory (not guaranteed to occur) | the automatic detection and freeing of memory that is no longer in use. |
2 | 1 | garbage collection | • reclaiming memory used by unreferenced objects • periodically performed by java • only needed if running low on memory (not guaranteed to occur) | the process of identifying objects or data variables that are no more needed and delete them to free memory |
3 | 1 | garbage collection | automatic reclaiming of unreferenced memory. | an automatic process that deletes unused objects and helps to keep the memory of the computer less utilized |
3 | 1 | garbage collection | the automatic process of freeing allocated memory for objects not in use. | the automatic detection and freeing of memory that is no longer in use. |
2 | 1 | garbage collection | this may take place only when there is some minimum amount or no space left in free storage list. | need to determine which blocks are still alive and which data is dead - clear out the old data so we can use the space segment-by-segment basis |
0 | 0 | garbage collection | look through fat table and check the validity of each file block and then remove the ones that are unused | this may take place only when there is some minimum amount or no space left in free storage list. |
2 | 1 | garbage collection | the automatic detection and freeing of memory that is no longer in use. | the process of identifying objects or data variables that are no more needed and delete them to free memory |
3 | 1 | garbage collection | an automatic process that deletes unused objects and helps to keep the memory of the computer less utilized | the process of identifying objects or data variables that are no more needed and delete them to free memory |
1 | 0 | garbage collection | • reclaiming memory used by unreferenced objects • periodically performed by java • only needed if running low on memory (not guaranteed to occur) | the process by which java reclaims memory space that no variables refer to at the time of execution. data (objects) may or may not have been stored in these spaces. |
2 | 1 | garbage collection | an automatic process that deletes unused objects and helps to keep the memory of the computer less utilized | the automatic detection and freeing of memory that is no longer in use. |
3 | 1 | garbage collection | automatic reclaiming of unreferenced memory. | the automatic detection and freeing of memory that is no longer in use. |
3 | 1 | garbage collection | automatic reclaiming of unreferenced memory. | the automatic process of freeing allocated memory for objects not in use. |
2 | 1 | garbage collection | • reclaiming memory used by unreferenced objects • periodically performed by java • only needed if running low on memory (not guaranteed to occur) | automatic reclaiming of unreferenced memory. |
2 | 1 | garbage collection | the automatic process of freeing allocated memory for objects not in use. | the process of identifying objects or data variables that are no more needed and delete them to free memory |
2 | 1 | artificial intelligence | the theory and development of computer systems able to perform tasks that normally require human intelligence. | electronic brain constructing computers and computer software that use buil-in strategies (rules, logic) to generate case-specific advise |
1 | 0 | artificial intelligence | the subfield of computer science that involves the creation of programs that attempt to do what was formerly believed to be able to be done by only humans. | study of computer systems that attempt to model and apply the intelligence of the human mind |
1 | 0 | artificial intelligence | the theory and development of computer systems able to perform tasks that normally require human intelligence. | computer software that seeks to reproduce or mimic (perhaps with improvements) human thought, decision making, or brain functions. |
1 | 0 | artificial intelligence | computer software that seeks to reproduce or mimic (perhaps with improvements) human thought, decision making, or brain functions. | ability of a computer to make decisions based on know information |
0 | 0 | artificial intelligence | ability of a computer to make decisions based on know information | computer systems that perform tasks normally done by a human |
1 | 0 | artificial intelligence | software technology that make a computer make decisions as well as humans. | electronic brain constructing computers and computer software that use buil-in strategies (rules, logic) to generate case-specific advise |
1 | 0 | artificial intelligence | electronic brain constructing computers and computer software that use buil-in strategies (rules, logic) to generate case-specific advise | computer software that seeks to reproduce or mimic (perhaps with improvements) human thought, decision making, or brain functions. |
2 | 1 | artificial intelligence | computer software that seeks to reproduce or mimic (perhaps with improvements) human thought, decision making, or brain functions. | -developing science since the 1980's -science and technology that seeks to create intelligence in computations systems -goal was to recreate 'thinking' machine that could perform in place of humans |
3 | 1 | artificial intelligence | a branch of computer science that studies ways of getting computers to simulate human thought, including such abilities as reasoning and learning from experience. | the broad term for computer programs that simulate human thought processes and behaviors. |
1 | 0 | artificial intelligence | the ability of a machine to simulate human abilities such as vision, communication, recognition, learning, and decision making. | the effort to develop computer based systems that can behave like humans with the ability to learn languages accomplish physical tasks use a perceptual apparatus |
1 | 0 | artificial intelligence | stimulates human thinking and behavior, such as the ability to reason and learn. its ultimate goal is to build a system that can mimic human intelligence | -stimulates human thinking and behaviour -helps with unstructured decisions |
1 | 0 | artificial intelligence | any program that analyzes its environment and is able to respond accordingly to achieve an end goal. | -developing science since the 1980's -science and technology that seeks to create intelligence in computations systems -goal was to recreate 'thinking' machine that could perform in place of humans |
3 | 1 | artificial intelligence | simulates human intelligence such as the ability to reason and learn | simulates human thinking and behavior, such as the ability to reason and learn. goal is to mimic human intelligence. |
1 | 0 | artificial intelligence | a programming discipline which seeks to emulate human intelligence using machines. | is a subfield of computer science that studies the thought process of humans and re-creates the effects of those processes via machines, such as computers and rebots |
1 | 0 | artificial intelligence | a branch of computer science concerned with creating computers that mimic human performance on cognitive tasks | the branch of computer science that explores techniques for incorporating aspects of intelligence into computer systems. |
2 | 1 | artificial intelligence | a programming discipline which seeks to emulate human intelligence using machines. | a branch of computer science concerned with creating computers that mimic human performance on cognitive tasks |
2 | 1 | artificial intelligence | computer systems that perform functions that substitute for human intelligence or that make intuitive predications and decisions based on recognized data | computer processing or output that simulated human reasoning or knowledge |
2 | 1 | artificial intelligence | software technology that make a computer make decisions as well as humans. | computer software that seeks to reproduce or mimic (perhaps with improvements) human thought, decision making, or brain functions. |
3 | 1 | artificial intelligence | science of developing computer systems that can mimic human behavior and learning | a branch of computer science dealing with the simulation of intelligent behavior in computers. |
0 | 0 | artificial intelligence | software technology that make a computer make decisions as well as humans. | the study and development by which a computer and its systems are given the ability to successfully accomplish tasks that would typically require a human's intelligent behaviour |
1 | 0 | artificial intelligence | a field in which the computer system takes on the characteristics of human intelligence | developing computers so that they can perform tasks that normally require human intelligence such as cognition or reasoning, enables business intelligence (bi) |
1 | 0 | artificial intelligence | the subfield of computer science that involves the creation of programs that attempt to do what was formerly believed to be able to be done by only humans. | the branch of computer science that explores techniques for incorporating aspects of intelligence into computer systems. |
2 | 1 | artificial intelligence | study of computer systems that attempt to model and apply the intelligence of the human mind | is a subfield of computer science that studies the thought process of humans and re-creates the effects of those processes via machines, such as computers and rebots |
1 | 0 | artificial intelligence | software technologies that make a computer or robot perform equal to or better than normal | software technologies that make a computer perform equal to or better that normal human ability |
2 | 1 | artificial intelligence | the capability of a computer to simulate human intelligence and learn from its experiences | the ability of a machine to simulate human abilities such as vision, communication, recognition, learning, and decision making. |
2 | 1 | artificial intelligence | ability of a computer to make decisions based on know information | -developing science since the 1980's -science and technology that seeks to create intelligence in computations systems -goal was to recreate 'thinking' machine that could perform in place of humans |
2 | 1 | artificial intelligence | machine that simulates human abilities | computer systems able to perform tasks that normally require human intelligence |
3 | 1 | artificial intelligence | study of computer systems that attempt to model and apply the intelligence of the human mind | the branch of computer science that explores techniques for incorporating aspects of intelligence into computer systems. |
2 | 1 | artificial intelligence | a programming discipline which seeks to emulate human intelligence using machines. | study of computer systems that attempt to model and apply the intelligence of the human mind |
Subsets and Splits