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This paper describes two mathematical models for the minimization of the memory access times for a cycle-based simulator.
By knowing the access pattern of the packet methods and the contention resolution mechanism on shared memory channel, worst-case memory access times can be determined analytically.
The increasing gap between the speeds of processors and main memory has led to hardware architectures with an increasing number of caches to reduce average memory access times.
To reduce the growing gap between the clock frequency of the processor and memory access times, multilevel cache architectures are commonly used.
In addition to evaluating techniques for their impact on cache misses and average memory access times, we also evaluate the techniques for their ability in reducing the non-uniformity of cache accesses.
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Table 3 Direct-mapped cache, average memory access time.
Table 4 Method cache, average memory access time.
Table 4 shows the average memory access time per instruction byte for the method cache.
It is agreed that caches are mandatory to bridge the gap between processor speed and memory access time.
For the second proposed method, the memory access time has been duplicated in presence of smaller number of cells.
This, combined with reordering of the transactions, allows up to 128× reduction in the memory access time of certain memory-intensive benchmarks implemented in an FPGA.
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