The number of cores per chip keeps increasing in order to improve performance while controlling the power. According to semiconductor roadmaps, future computing systems will reach the scale of 1 Tera devices in a single package and therefore many-core (e.g. 1000 or more) will be the norm. Here, we describe an ISE (ISA Extension) that we are experimenting in the x86-64 ISA in order to provide an efficient, fast support for fine-grained threads. The new ISE enables a different execution model based on the availability of data and opens the doors for many architectural optimizations not possible in current cores. We also describe the architectural support related to the T* extension
Over the past years, a considerable amount of effort has been devoted to the definition and implemen...
Several manufacturers have recently announced the first simultaneous-multithreaded processors, both ...
State-of-the-art high-performance processors like the IBM POWER5 and Intel i7 show a trend in indust...
The number of cores per chip keeps increasing in order to improve performance while controlling the ...
T-Star (T*) is an ISA-extension that supports a promising execution model to exploit Thread Level Pa...
The trend to develop increasingly more intelligent systems leads directly to a considerable demand f...
Asymmetric multicore architectures (AMC) with single-ISA can accelerate multi-threaded applications ...
We believe that future many-core architectures should support a simple and scalable way to execute m...
Single-issue processor cores are very energy efficient but suffer from the von Neumann bottleneck, i...
Operating Systems have been considered as a cor-nerstone of the modern computer system, and the con-...
Large synchronization and communication overhead will become a major concern in future extreme-scale...
The use of Instruction Set Extension (ISE) in customising embedded processors for a specific applica...
Asymmetric multicore processors have demonstrated a strong potential for improving performance and e...
Exploiting instruction level parallelism (ILP) is a widely used method for increasing performance of...
Abstract. The complexity of an efficient thread management steadily rises with the number of process...
Over the past years, a considerable amount of effort has been devoted to the definition and implemen...
Several manufacturers have recently announced the first simultaneous-multithreaded processors, both ...
State-of-the-art high-performance processors like the IBM POWER5 and Intel i7 show a trend in indust...
The number of cores per chip keeps increasing in order to improve performance while controlling the ...
T-Star (T*) is an ISA-extension that supports a promising execution model to exploit Thread Level Pa...
The trend to develop increasingly more intelligent systems leads directly to a considerable demand f...
Asymmetric multicore architectures (AMC) with single-ISA can accelerate multi-threaded applications ...
We believe that future many-core architectures should support a simple and scalable way to execute m...
Single-issue processor cores are very energy efficient but suffer from the von Neumann bottleneck, i...
Operating Systems have been considered as a cor-nerstone of the modern computer system, and the con-...
Large synchronization and communication overhead will become a major concern in future extreme-scale...
The use of Instruction Set Extension (ISE) in customising embedded processors for a specific applica...
Asymmetric multicore processors have demonstrated a strong potential for improving performance and e...
Exploiting instruction level parallelism (ILP) is a widely used method for increasing performance of...
Abstract. The complexity of an efficient thread management steadily rises with the number of process...
Over the past years, a considerable amount of effort has been devoted to the definition and implemen...
Several manufacturers have recently announced the first simultaneous-multithreaded processors, both ...
State-of-the-art high-performance processors like the IBM POWER5 and Intel i7 show a trend in indust...