Abstract--This paper addresses cache organization in Chip Multiprocessor (CMPs). We introduce Nahalal, a novel nonuniform cache (NUCA) topology that enables fast access to shared data for all processors, while preserving the vicinity of private data to each processor. Our characterization of memory accesses patterns in typical parallel programs shows that such a topology is appropriate for common multi-processor applications. Detailed simulations in Simics demonstrate that Nahalal decreases the shared cache access latency by up to 54 % compared to traditional CMP designs, yielding performance gains of up to 16.3 % in run time
Abstract— Chip Multiprocessor (CMP) systems have become the reference architecture for designing mi...
Microprocessor industry has converged on chip multiprocessor (CMP) as the architecture of choice to ...
The last level on-chip cache (LLC) is becoming bigger and more complex to effectively support the va...
As the number of cores on Chip Multi-Processor (CMP) increases, the need for effective utilization (...
As the number of cores increases in both incoming and future shared-memory chip--multiprocessor (CMP...
Non-Uniform Cache Architectures (NUCA) have been proposed as a solution to overcome wire delays that...
The effectiveness of the last-level shared cache is crucial to the performance of a multi-core syste...
Non-Uniform Cache Architectures (NUCA) have been proposed as a solution to overcome wire delays that...
Multiprocessors with shared memory are considered more general and easier to program than message-pa...
This paper addresses feedback-directed restructuring techniques tuned to Non Uniform Cache Architect...
Multiprocessors with shared memory are considered more general and easier to program than message-pa...
As the momentum behind Chip Multi-Processors (CMPs) continues to grow, Last Level Cache (LLC) manage...
The paper introduces Network-on-Chip (NoC) design methodology and low cost mechanisms for supporting...
This paper describes Constrained Associative-Mapping-of-Tracking-Entries (C-AMTE), a scalable mechan...
Modern systems are able to put two or more processors on the same die (Chip Multiprocessors, CMP),...
Abstract— Chip Multiprocessor (CMP) systems have become the reference architecture for designing mi...
Microprocessor industry has converged on chip multiprocessor (CMP) as the architecture of choice to ...
The last level on-chip cache (LLC) is becoming bigger and more complex to effectively support the va...
As the number of cores on Chip Multi-Processor (CMP) increases, the need for effective utilization (...
As the number of cores increases in both incoming and future shared-memory chip--multiprocessor (CMP...
Non-Uniform Cache Architectures (NUCA) have been proposed as a solution to overcome wire delays that...
The effectiveness of the last-level shared cache is crucial to the performance of a multi-core syste...
Non-Uniform Cache Architectures (NUCA) have been proposed as a solution to overcome wire delays that...
Multiprocessors with shared memory are considered more general and easier to program than message-pa...
This paper addresses feedback-directed restructuring techniques tuned to Non Uniform Cache Architect...
Multiprocessors with shared memory are considered more general and easier to program than message-pa...
As the momentum behind Chip Multi-Processors (CMPs) continues to grow, Last Level Cache (LLC) manage...
The paper introduces Network-on-Chip (NoC) design methodology and low cost mechanisms for supporting...
This paper describes Constrained Associative-Mapping-of-Tracking-Entries (C-AMTE), a scalable mechan...
Modern systems are able to put two or more processors on the same die (Chip Multiprocessors, CMP),...
Abstract— Chip Multiprocessor (CMP) systems have become the reference architecture for designing mi...
Microprocessor industry has converged on chip multiprocessor (CMP) as the architecture of choice to ...
The last level on-chip cache (LLC) is becoming bigger and more complex to effectively support the va...