Примери коришћења Each processor на Енглеском и њихови преводи на Српски
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Each processor is connected to its four immediate neighbors.
Since we are on a distributed memory machine, each processor has a different address space.
Each processor can communicate with its four direct neighbours.
In distributed memory MIMD machines, each processor has its own individual memory location.
Each processor can communicate directly with its two immediate neighbours.
Each block can have a different native implementation for each processor type.
Each processor has no direct knowledge about other processor's memory.
In this case,the precise order in which each processor writes its data will affect the result.
Each processor has access to the memories of any other processor. .
Figure(c) shows a parallel system in which each processor has a direct access to a shared memory.
Each processor has a cycle time and each memory has a decay time.
Dummy values are then passed in until each processor has seen one whole row and one whole column.
Each processor has a clock cycle and a number of cycle instructions that it can execute.
Functionalities which are not covered by JPS1 are documented for each processor in"Implementation Supplements".
In distributed computing, each processor has its own private memory(distributed memory).
The particular configuration discussed here consists of a distributed memory system where each processor has its own private local memory space.
Hardware multithreading: Each processor core maintains context for two threads of execution.
In computer science, distributed memory refers to a multiple-processor computer system in which each processor has its own private memory.
Because of the independence of each processor, each core can shut down when not in use, which makes the KiloCore surprisingly energy efficient.
The new"per-core" power states dynamically regulate andadjust power in each processor core for more power-efficient workload processing.
Because each processor can run on its own and shut down when not in use, the KiloCore can use energy so efficiently that it can be powered by a single AA battery.
A modern desktop computer is often a multiprocessor MIMD computer where each processor can execute short-vector SIMD instructions.
Like SIMD machines,clocked systolic arrays compute in"lock-step" with each processor undertaking alternate compute| communicate phases.
In the Baudet-Stevenson odd-even merge-splitting algorithm, each processor sorts its own sublist at each step, using any efficient sort algorithm, and then performs a merge splitting, or transposition-merge, operation with its neighbor, with neighbor pairing alternating between odd-even and even-odd on each step.
In a multiprocessor system executing a single set of instructions(SIMD),data parallelism is achieved when each processor performs the same task on different distributed data.
In a shared memory multiprocessor system with a separate cache memory for each processor, it is possible to have many copies of shared data: one copy in the main memory and one in the local cache of each processor that requested it.
In a distributed memory system there is typically a processor, a memory, andsome form of interconnection that allows programs on each processor to interact with each other.
This section andthe subsequent subsections focus on the LEON processors as soft IP cores and summarise the main features of each processor version and the infrastructure with which the processor is packaged, referred to as a LEON distribution.
In 2006, with the release of Montecito, Intel made a number of enhancements to the basic processor architecture including:Hardware multithreading: Each processor core maintains context for two threads of execution.