Abstract

As processor cycle times decrease, memory system performance becomes ever more critical to overall performance. Continually changing technology and workloads create a moving target for computer architects in their effort to design cost-effective memory systems. Meeting the demands of ever changing workloads and technology requires the following: . Efficient techniques for evaluating memory system performance, . Tuning programs to better use the memory system, and . New memory system designs. This thesis makes contributions in each of these areas. Hardware and software developers rely on simulation to evaluate new ideas. In this thesis, I present a new interface for writing memory system simulators---the active memory abstraction---designed specifically for simulators that process memory references as the application executes and avoids storing them to tape or disk. Active memory allows simulators to optimize for the common case, e.g., cache hits, achieving simulation times only 2-6 t...

Citations