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Titlebook: VLSI: Systems on a Chip; IFIP TC10 WG10.5 Ten Luis Miguel Silveira,Srinivas Devadas,Ricardo Reis Book 2000 IFIP International Federation fo

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Dynamically Reconfigurable Implementation of Control Circuits,ain FPGA has been done using a Hierarchical Finite State Machine structure where each sub-algorithm implementation is independent from the others. Static and dynamically reconfigurable implementations using the XC6200 FPGA have been obtained by applying a number of commercial design tools together w
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Design and Analysis of On-Chip CPU Pipelined Caches, of cache access time on processor cycle time is the use of pipelined caches. A timing model for on-chip caches has recently been presented in [1]. In this paper the timing model given in [1] is extended so as pipelined caches can be handled. Also the possible pipelined architectures of a cache memo
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Clock Distribution Strategy for IP-based Development,stribution across an arbitrary number of blocks through the usage of controlled delay lines. A new clock frequency multiplication structure optimised for this clock distribution strategy is finally proposed, since multifrequency clock support is highly desired.
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An Architectural and Circuit-Level Approach to Improving the Energy Efficiency of Microprocessor Meits the subarray partitioning of high speed memories and varying application requirements to dynamically disable partitions during appropriate execution periods. When applied to 4-way set associative caches, trading off a 2% performance degradation yields a combined 40% reduction in L1 Dcache and L2
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