Add to ORKGPosterWhy is it important? As number of cores in a processor scale up, caches would become banked Keeps individual look-up time small. Allows parallel accesses by different cores. Present shared programming model assumes a flat memory. Unaware application can have sub-optimal performance Conclusion Programming model needs to change For any heterogeneous memory hierarchy. Architecture, OS, compiler and application developer should work together Significant performance gains can be achieved. ? Without increasing system complexity. As complexity of memory hierarchy grows, optimizations like these will be critical
Abstract — While higher associativities are common at L-2 or Last-Level cache hierarchies, direct-ma...
Memory (cache, DRAM, and disk) is in charge of providing data and instructions to a computer\u27s pr...
Cache memory is one of the most important components of a computer system. The cache allows quickly...
Recently, multi-cores chips have become omnipresent in computer systems ranging from high-end server...
Directly mapped caches are an attractive option for processor designers as they combine fast lookup ...
Non-Uniform Cache Architectures (NUCA) have been proposed as a solution to overcome wire delays that...
Directly mapped caches are an attractive option for processor designers as they combine fast lookup ...
Obtaining high performance without machine-specific tuning is an important goal of scientific applic...
Shared memory multiprocessors make it practical to convert sequential programs to parallel ones in...
The performance gap between processor and memory continues to remain a major performance bottleneck ...
The speed of processors increases much faster than the memory access time. This makes memory accesse...
Although caches in computers are invisible to programmers, the significantly affect programs� perfor...
Non-Uniform Cache Architectures (NUCA) have been proposed as a solution to overcome wire delays that...
Growing wire delay and clock rates limit the amount of cache accessible within a single cycle. Non-u...
High performance architectures are increasingly heterogeneous with shared and distributed memory co...
Abstract — While higher associativities are common at L-2 or Last-Level cache hierarchies, direct-ma...
Memory (cache, DRAM, and disk) is in charge of providing data and instructions to a computer\u27s pr...
Cache memory is one of the most important components of a computer system. The cache allows quickly...
Recently, multi-cores chips have become omnipresent in computer systems ranging from high-end server...
Directly mapped caches are an attractive option for processor designers as they combine fast lookup ...
Non-Uniform Cache Architectures (NUCA) have been proposed as a solution to overcome wire delays that...
Directly mapped caches are an attractive option for processor designers as they combine fast lookup ...
Obtaining high performance without machine-specific tuning is an important goal of scientific applic...
Shared memory multiprocessors make it practical to convert sequential programs to parallel ones in...
The performance gap between processor and memory continues to remain a major performance bottleneck ...
The speed of processors increases much faster than the memory access time. This makes memory accesse...
Although caches in computers are invisible to programmers, the significantly affect programs� perfor...
Non-Uniform Cache Architectures (NUCA) have been proposed as a solution to overcome wire delays that...
Growing wire delay and clock rates limit the amount of cache accessible within a single cycle. Non-u...
High performance architectures are increasingly heterogeneous with shared and distributed memory co...
Abstract — While higher associativities are common at L-2 or Last-Level cache hierarchies, direct-ma...
Memory (cache, DRAM, and disk) is in charge of providing data and instructions to a computer\u27s pr...
Cache memory is one of the most important components of a computer system. The cache allows quickly...