Intelligent Memory Essay -- Exploratory Essays Research Papers

respectable Memory Professors comment Not only does this search paper reflect an obvious understanding of the complexities of the engine room under review, it does so in remarkably clear prose. The student obviously took to heart hotshot of the central tenets of my course, that technical material aimed at a technical reference can be clearly written. Abstract The growing processor-memory performance prison-breaking creates a bottleneck in the system the memory system cannot affix enough data to keep the processor busy. Before this bottleneck is fragmentised, quicker processors can do little to improve the overall system performance. legal memory is a new memory/system architecture that aims to resolve this bottleneck. There are quartet intelligent memory models with published results bustling Pages, CRAM, PPRAM, and IRAM. Despite their architectural differences, they all agree to put processing elements physically closer to the memory, lifting the bottleneck by increasing processor-memory data bandwidth. Initial studies of these four models have shown promising results. However, in order for these academic ideas to become a reality, intelligent memory researchers must study how their models can be cost-effectively merged into commercial computer systems. Introduction Microprocessor and fluidram (Dynamic Random Access Memory) technology are headed in different directions the former increases in speed composition the latter increases in capacity. This technological difference has led to what is known as the Processor-Memory Performance Gap. This performance gap, which is growing at about 50% per year, creates a serious bottleneck to the overall system performance Pat97. The problem boils dow... ...rakis C. Romer C. Wang H. valuation of Existing Architectures in IRAM Systems, Workshop on Mixing Logic and DRAM Chips that Compute and Remember at ISCA 97, Denver, CO, 1, June 1997. Elliott D. Computational Ram A Memory-SIMD l oanblend and its Application to DSP, The Proceedings of the Custom Integrated Circuits Conference, Boston, MA, 3, May 1992. Elliott D. Computational RAM, http//www.eecg.toronto.edu/dunc/ bone Murakami, K. Inoue, K. and Miyajima, H. Parallel Processing RAM (PPRAM) (in English), Japan-Germany Forum on Information Technology, Nov. 1997. Oskin M. Chong F. Sherwood T. lively Pages A Comutation Model for Intelligent Memory, International Symposium on Computer Architecture, Barcelona, 1998. Patterson, D. Anderson T. Cardwell N. Fromm R., et al A Case for Intelligent DRAM IRAM, IEEE Micro, April 1997.