The memory system is increasingly becoming a performance bottleneck. Several intelligent memory systems, such as the ActivePages, DIVA, and IRAM architectures, have been proposed to alleviate the processor-memory bottleneck. This thesis presents the Memory Arithmetic Unit and Interface (MAUI) architecture. The MAUI architecture combines ideas of the ActivePages, DIVA, and ULMT architectures into a new intelligent memory system. A simulator of the MAUI architecture was added to the SimpleScalar v4.0 toolset. Simulation results indicate that the MAUI architecture provides the largest application speedup when operating on datasets that are much too large to fit in the processor's cache and when integrated with systems using a high performance ...
In multi-core systems, the memory latency and bandwidth are among the key limitations. While interco...
Many modern workloads, such as neural networks, databases, and graph processing, are fundamentally m...
While both processing and memory architectures are rapidly improving in performance, memory architec...
Several DRAM architectures exist with each differing in their performance, power and cost metrics. T...
DRAM caches are important for enabling effective heterogeneous memory systems that can transparently...
The performance characteristics of modern DRAM memory systems are impacted by two primary attributes...
The design and implementation of the commodity memory architecture has resulted in significant limit...
thesisTo address the need of understanding and optimizing the performance of complex applications an...
dissertationThe computing landscape is undergoing a major change, primarily enabled by ubiquitous wi...
Modern computer systems have evolved to employ powerful parallel architectures, including multi-core...
Most computing systems are heavily dependent on their main memories, as their primary storage, or as...
Many high performance applications run well below the peak arithmetic performance of the underlying ...
Thesis (M. Eng.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Compute...
Many high performance applications run well below the peak arithmetic performance of the underlying...
Computer memory systems are increasingly a bottleneck limiting application performance. IRAM archite...
In multi-core systems, the memory latency and bandwidth are among the key limitations. While interco...
Many modern workloads, such as neural networks, databases, and graph processing, are fundamentally m...
While both processing and memory architectures are rapidly improving in performance, memory architec...
Several DRAM architectures exist with each differing in their performance, power and cost metrics. T...
DRAM caches are important for enabling effective heterogeneous memory systems that can transparently...
The performance characteristics of modern DRAM memory systems are impacted by two primary attributes...
The design and implementation of the commodity memory architecture has resulted in significant limit...
thesisTo address the need of understanding and optimizing the performance of complex applications an...
dissertationThe computing landscape is undergoing a major change, primarily enabled by ubiquitous wi...
Modern computer systems have evolved to employ powerful parallel architectures, including multi-core...
Most computing systems are heavily dependent on their main memories, as their primary storage, or as...
Many high performance applications run well below the peak arithmetic performance of the underlying ...
Thesis (M. Eng.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Compute...
Many high performance applications run well below the peak arithmetic performance of the underlying...
Computer memory systems are increasingly a bottleneck limiting application performance. IRAM archite...
In multi-core systems, the memory latency and bandwidth are among the key limitations. While interco...
Many modern workloads, such as neural networks, databases, and graph processing, are fundamentally m...
While both processing and memory architectures are rapidly improving in performance, memory architec...