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HydraFictional character
• Increased performance- 2 cores almost 2x speedup- depends heavily on the chosen coding parameters • Easy to use- requires two additional lines of code. • Future work- automate the process of finding optimal settings Conclusion • Max speedup of 3.62x using 4 cores on Hydra • Slower than the single-threaded case when large packet-sizes are used
Speedup factor and total processing time for performing all-to-all MCPSC with increasing number of t...
In pursuit of ever increasing performance, more and more processor architectures have become multico...
<p>Each point represents a speed measurement for one search with one query against target sequences...
Multicore CPUs are now found in desktops, servers and supercomputers but many existing parallel perf...
Hydra is a chip multiprocessor (CMP) with integrated support for thread-level speculation. Thread-le...
In Hydra four high performance processors communicate via a shared secondary cache. The shared cache...
Hydra is a C++14 compliant and header only framework designed to perform common data analysis tasks ...
Hydra is a C++14 compliant and header only framework designed to perform common data analysis tasks ...
Hydra is a C++14 compliant and header only framework designed to perform common data analysis tasks ...
The constant race for faster and more powerful CPUs is drawing to a close. No longer is it feasible ...
Parallel speedup and efficiency of the benchmark system of Sec. Performance as a function of the num...
Hydra is a C++11 compliant and header only framework designed to perform commom data analysis tasks ...
Modern computer architectures have evolved towards multi-core, multi-socket CPUs. Exploiting optimal...
In the area of high performance computing and embedded systems, numerous code optimisation methods e...
Article first published online: 15 OCT 2012International audienceIn the area of high performance com...
Speedup factor and total processing time for performing all-to-all MCPSC with increasing number of t...
In pursuit of ever increasing performance, more and more processor architectures have become multico...
<p>Each point represents a speed measurement for one search with one query against target sequences...
Multicore CPUs are now found in desktops, servers and supercomputers but many existing parallel perf...
Hydra is a chip multiprocessor (CMP) with integrated support for thread-level speculation. Thread-le...
In Hydra four high performance processors communicate via a shared secondary cache. The shared cache...
Hydra is a C++14 compliant and header only framework designed to perform common data analysis tasks ...
Hydra is a C++14 compliant and header only framework designed to perform common data analysis tasks ...
Hydra is a C++14 compliant and header only framework designed to perform common data analysis tasks ...
The constant race for faster and more powerful CPUs is drawing to a close. No longer is it feasible ...
Parallel speedup and efficiency of the benchmark system of Sec. Performance as a function of the num...
Hydra is a C++11 compliant and header only framework designed to perform commom data analysis tasks ...
Modern computer architectures have evolved towards multi-core, multi-socket CPUs. Exploiting optimal...
In the area of high performance computing and embedded systems, numerous code optimisation methods e...
Article first published online: 15 OCT 2012International audienceIn the area of high performance com...
Speedup factor and total processing time for performing all-to-all MCPSC with increasing number of t...
In pursuit of ever increasing performance, more and more processor architectures have become multico...
<p>Each point represents a speed measurement for one search with one query against target sequences...
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