Hafiz Fahad Sheikh - Citegraph

Author Info

Name	Affiliation	Papers
HAFIZ FAHAD SHEIKH	Department of Computer Science and Engineering, The University of Texas at Arlington, Box 19015, 416 Yates St., Arlington, TX 76019-0015, United States	14
Collaborators	Citations	PageRank
15	79	6.41
Referers	Referees	References
172	448	311

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100448

Publications (14 rows)

Collaborators (15 rows)

Referers (100 rows)

Referees (100 rows)

Title	Citations	PageRank	Year
Benchmarking the Task Scheduling Algorithms for Performance, Energy, and Temperature Optimization	0	0.34	2020
A multi-staged niched evolutionary approach for allocating parallel tasks with joint optimization of performance, energy, and temperature.	0	0.34	2019
Performance, Energy, and Temperature Enabled Task Scheduling using Evolutionary Techniques	2	0.36	2019
Performance evaluation of diverse techniques for performance, energy, and temperature efficient task allocation	0	0.34	2017
A comparison of evolutionary techniques for task-to-core scheduling algorithms with performance, energy, and temperature optimization	1	0.35	2016
An Evolutionary Technique for Performance-Energy-Temperature Optimized Scheduling of Parallel Tasks on Multi-Core Processors	12	0.59	2016
Sixteen Heuristics for Joint Optimization of Performance, Energy, and Temperature in Allocating Tasks to Multi-Cores.	5	0.39	2016
Niched evolutionary techniques for performance, energy, and temperature optimized scheduling in multi-core systems.	0	0.34	2015
Energy- and performance-aware scheduling of tasks on parallel and distributed systems	10	0.59	2012
An overview and classification of thermal-aware scheduling techniques for multi-core processing systems	21	0.75	2012
Simultaneous optimization of performance, energy and temperature for DAG scheduling in multi-core processors	10	0.51	2012
Methods for optimizing the performance of directed acyclic graphs operating under strict energy constraints on multi-core architectures	1	0.43	2011
Optimizing performance and energy in computational grids using non-cooperative game theory	5	0.50	2010
Stretch and compress based re-scheduling techniques for minimizing the execution times of DAGs on multi-core processors under energy constraints	12	0.59	2010

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