Add to ORKGMultithreaded multiprocessor systems (MMS) have been proposed to tolerate long latencies for communication. This paper provides an analytical framework based on closed queueing networks to quantify and analyze the latency tol-erance of multithreaded systems. We introduce a new met-ric, called the tolerance index, which quantifies the close-ness of performance of the system to that of an ideal sys-tem. We characterize the latency tolerance with the changes in the architectural and program workload parameters. We show how an analysis of the latency tolerance provides an insight to the performance optimizations of fine grain par-allel program workloads.
This paper presents a method for static performance analysis of SoC architectures. The method is bas...
Contemporary embedded systems are based on complex heterogeneous multi-core platforms to cater to th...
As processor clock frequencies continue to improve at a rate that exceeds the rate of improvement in...
Multithreaded multiprocessor systems (MMS) have been proposed to tolerate long latencies for communi...
Multithreaded architectures use the parallelism in programs to tolerate long latencies for communica...
Multithreading has been proposed as an architectural strategy for tolerating latency in multiprocess...
Commercial Off-The-Shelf (COTS) processors are now commonly used in real-time embedded systems. The ...
Predicting timing behavior is key to efficient embedded real-time system design and verification. Cu...
Commercial Off-The-Shelf (COTS) processors are now commonly used in real-time embedded systems. The ...
. In this paper, we analyze the performance of interconnection networks in a multithreaded multiproc...
Performance analysis of applications in multi-core platforms is challenging because of temporal inte...
Simultaneous multithreading architectures have been de-fined previously with fully shared execution ...
grantor: University of TorontoLarge communication latency is a key obstacle to achieving h...
Multithreading is a processor technique that can effectively hide long latencies that can occur due ...
This paper presents a method for static performance analysis of SoC architectures. The method is bas...
This paper presents a method for static performance analysis of SoC architectures. The method is bas...
Contemporary embedded systems are based on complex heterogeneous multi-core platforms to cater to th...
As processor clock frequencies continue to improve at a rate that exceeds the rate of improvement in...
Multithreaded multiprocessor systems (MMS) have been proposed to tolerate long latencies for communi...
Multithreaded architectures use the parallelism in programs to tolerate long latencies for communica...
Multithreading has been proposed as an architectural strategy for tolerating latency in multiprocess...
Commercial Off-The-Shelf (COTS) processors are now commonly used in real-time embedded systems. The ...
Predicting timing behavior is key to efficient embedded real-time system design and verification. Cu...
Commercial Off-The-Shelf (COTS) processors are now commonly used in real-time embedded systems. The ...
. In this paper, we analyze the performance of interconnection networks in a multithreaded multiproc...
Performance analysis of applications in multi-core platforms is challenging because of temporal inte...
Simultaneous multithreading architectures have been de-fined previously with fully shared execution ...
grantor: University of TorontoLarge communication latency is a key obstacle to achieving h...
Multithreading is a processor technique that can effectively hide long latencies that can occur due ...
This paper presents a method for static performance analysis of SoC architectures. The method is bas...
This paper presents a method for static performance analysis of SoC architectures. The method is bas...
Contemporary embedded systems are based on complex heterogeneous multi-core platforms to cater to th...
As processor clock frequencies continue to improve at a rate that exceeds the rate of improvement in...