Data processing
A technology for data processing devices and processor cores, which is applied in the fields of electrical digital data processing, program control design, instruments, etc., and can solve the problems that compilers cannot use vector expressions, etc.
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[0117] Before discussing the embodiments in more detail, an overview will first be provided. Embodiments provide efficient scheduling of processing of program code by processor cores. The instructions supported by a processor fall into one of two types, categories, or classes. The first class of instructions are faster executing instructions or low latency instructions. These low-latency instructions are instructions that can be processed, and the result of that processing is immediately available to any subsequent instruction (in other words, the result is guaranteed to be available as input for a subsequent instruction). The second class of instructions are slower executing instructions or high latency instructions. The results of these high-latency instructions may not be available as input to subsequent instructions because those instructions take longer to execute (in other words, there is no guarantee that their results will be available as input to subsequent instruct...
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