many-core architectures
Adaptive Optimization of Sparse Matrix Vector Multiplication on Emerging Many Core Architectures
... This paper has presented a comprehensive study of SpMV performance on two emerging many-core architectures using five mainstream matrix representations. The evaluation is performed to measure the ...
10
Performance of a second order electrostatic particle in cell algorithm on modern many core architectures
... of many-core architectures including NVIDIA GPUs, conventional CPUs, and Intel’s Knights ...these architectures when compared to previous generations of many-core ...
18
Many-Task Computing on Many-Core Architectures
... Abstract. Many-Task Computing (MTC) is a common scenario for multiple parallel systems, such as cluster, grids, cloud and supercomputers, but it is not so popular in shared memory parallel ...in ...
14
Vectorizing unstructured mesh computations for many core architectures
... Achieving optimal performance on the latest multi- and many-core architectures increasingly depends on making efficient use of the hardware’s vector units. This paper presents results on achieving ...
21
Initial condition for efficient mapping of level set algorithms on many core architectures
... To automatically detect segment object on an image or on a region of it, the LS-based algorithms are feasible tools. In this paper, it was shown theoretically and experimentally through two case studies that the initial ...
11
Architectural Support and Compiler Optimization for Many-Core Architectures.
... Many-core architectures have been exploited to reach teraflops computation capability in a single ...of many-core processes, identify the performance bottleneck of ...
140
Fast Parallel Set Similarity Joins on Many-core Architectures
... There is a substantial body of literature on the efficient computation of set similarity joins. Most proposals focus on the design of CPU-based, intrinsically sequential algorithms [Sarawagi and Kirpal 2004; Chaudhuri et ...
16
Developing and using a geometric multigrid, unstructured grid mini application to assess many core architectures
... The PAPI library is used to collect performance counter data, which provides easy access to available performance counters and additionally defines a set of 108 “preset” counters that include performance counters ...
10
A Survey of System Level Power Management Schemes in the Dark-Silicon Era for Many-Core Architectures
... of many-core chips can be powered-on at a ...with many- core integration set to be heading towards its thousands, power consumption and temperature increases per time, meaning the number of ...
17
On the acceleration of wavefront applications using distributed many-core architectures
... The fundamental design of high performance supercom- puters is on the verge of a significant change. The arrival of petascale computing in 2008, with the IBM RoadRunner supercomputer, represented a departure from the ...
16
Multiple Levels of Abstraction in the Simulation of Microthreaded Many Core Architectures
... Cycle-accurate simulations are generally single-threaded as a multi-threaded implementation will result in a large number of synchronization points between the simulated cores and will affect the simulation time signifi- ...
32
On the acceleration of wavefront applications using distributed many core architectures
... However, despite the impressive theoretical peak perfor- mance of accelerator designs, several hardware/software devel- opment challenges must be met before high levels of sustained performance can be achieved by HPC ...
16
Integrated Wireless Multi-Core Engineering Wireless Sensor Networks and Applications
... ABSTRACT: Technological advancements in the silicon industry, as predicted by Moore’s law, have enabled integration of billions of transistors on a single chip. To exploit this high transistor density for high ...
6
Bringing Efficiency and Predictability to Massive Multi-core NoC Architectures.
... Massive multi-core network-on-chip (NoC) processors represent the next stage in both em- bedded and general purpose computing. These novel architecture designs with abundant pro- cessing resources and increased ...
113
Exploiting the Systematic Optimization Techniques for the present Heterogeneous Multi-core and Many-core Computing Systems
... Then after analyzing the execution time of the serial version, the application was refined to its first parallel version which included the process of launching 1 thread corresponding to each row in the Data Matrix. ...
6
A Skewed Multi-banked Cache for Many-core Vector Processors
... go to each cache bank according to the memory address. Therefore, when many cores share one cache, the possibility of accessing the same cache bank is increasing. Additionally, in this cache configuration, the ...
16
Many-Core Approaches to Combinatorial Problems: case of the Langford Problem
... We propose to hybridize two methods in order to take advantage of both of them for the multiGPU parallel execution: for tasks and sub-tasks generated at sever and client levels, the tree[r] ...
17
Deep Packet Inspection Based on Many Core Platform
... next core for IP fragmentation restructure processing in ...for many times and each core has to wait for the former core before its own ...same core, which is used to complete all the ...
6
Learning based dynamic pinning of parallelized applications in many core systems
... (NUMA) architectures, as it did not distinguish between moving a thread to a “local” (within the same NUMA node) and “remote” (from a different NUMA node) ...
8
Understanding the Impact of the Interconnection Network Performance of Multi-core Cluster Architectures
... This paper has presented a new architecture for building and measuring the performance of interconnection networks in Multi-Core Multi-Cluster Architecture (MCMCA). The simulation models in this paper are general ...
8