Hermes is a speculative mechanism that accelerates long-latency off-chip load requests by removing on-chip cache access latency from their critical path. The key idea behind Hermes is to: (1) accurately predict which load requests might go to off-chip, and (2) speculatively start fetching the data required by the predicted off-chip loads directly from the main memory in parallel to the cache accesses. Hermes proposes a lightweight, perceptron-based off-chip predictor that identifies off-chip load requests using multiple disparate program features. The predictor is implemented using only tables and simple arithmetic operations like increment and decrement
Hard-to-predict branches depending on long-latency cache-misses have been recognized as a major perf...
We identified the specific predictors we will be using: • Stride Based: A low latency predictor [5] ...
Summarization: By examining the rate at which successive generations of processor and DRAM cycle tim...
International audienceLong-latency load requests continue to limit the performance of high-performan...
Long-latency load requests continue to limit the performance of high-performance processors. To incr...
Efficient data supply to the processor is the one of the keys to achieve high performance. However, ...
One major restriction to the performance of out-of-order superscalar processors is the latency of lo...
In interactive services such as web search, recommendations, games and finance, reducing the tail la...
The increasing speed gap between processor microarchitectures and memory technologies can potentiall...
While runahead execution is effective at parallelizing independent long-latency cache misses, it is ...
As the existing techniques that empower the modern high-performance processors are being refined and...
Magnetic RAM (MRAM) is a new memory technology with access and cost characteristics comparable to th...
Abstract—An increasing cache latency in next-generation pro-cessors incurs profound performance impa...
Scientific and technological advances in the area of integrated circuits have allowed the performanc...
The execution time of programs that have large working sets is substantially increased by the overhe...
Hard-to-predict branches depending on long-latency cache-misses have been recognized as a major perf...
We identified the specific predictors we will be using: • Stride Based: A low latency predictor [5] ...
Summarization: By examining the rate at which successive generations of processor and DRAM cycle tim...
International audienceLong-latency load requests continue to limit the performance of high-performan...
Long-latency load requests continue to limit the performance of high-performance processors. To incr...
Efficient data supply to the processor is the one of the keys to achieve high performance. However, ...
One major restriction to the performance of out-of-order superscalar processors is the latency of lo...
In interactive services such as web search, recommendations, games and finance, reducing the tail la...
The increasing speed gap between processor microarchitectures and memory technologies can potentiall...
While runahead execution is effective at parallelizing independent long-latency cache misses, it is ...
As the existing techniques that empower the modern high-performance processors are being refined and...
Magnetic RAM (MRAM) is a new memory technology with access and cost characteristics comparable to th...
Abstract—An increasing cache latency in next-generation pro-cessors incurs profound performance impa...
Scientific and technological advances in the area of integrated circuits have allowed the performanc...
The execution time of programs that have large working sets is substantially increased by the overhe...
Hard-to-predict branches depending on long-latency cache-misses have been recognized as a major perf...
We identified the specific predictors we will be using: • Stride Based: A low latency predictor [5] ...
Summarization: By examining the rate at which successive generations of processor and DRAM cycle tim...