Scientific computing - Globe Thesis

Keyword [Scientific computing] Result: 101 - 120 \| Page: 6 of 6
101.	Efficient Machine Learning Approach for Optimizing Scientific Computing Applications on Emerging HPC Architecture
102.	Accelerating scientific computing applications with reconfigurable hardware
103.	Merrimac: High-performance and highly-efficient scientific computing with streams
104.	Efficient load balancing strategies on a network of computers: A case study with two scientific computing problems
105.	Graph partitioning for scientific computing applications
106.	Parallelization framework for scientific application kernels on multi-core/many-core platforms
107.	Generic programming for high-performance scientific computing
108.	Client-server component architecture for scientific computing
109.	FASCS: A Family Approach for developing Scientific Computing Software
110.	Parallel particle tracking algorithms and software for applications in scientific computing
111.	Combinatorial algorithms in scientific computing
112.	A scientific computing GUI agent for parallel Monte Carlo in a distributed environment
113.	An architecture-neutral implicit parallel programming system for scientific computing
114.	Object-oriented programming paradigms in scientific computing
115.	Embedded Scientific Computing: A Scalable, Interoperable and Reproducible Approach to Statistical Software for Data-Driven Business and Open Science
116.	Efficient scientific workflow scheduling in cloud environment
117.	Using Domain-Specific Information in Image Processing Applied Mathematics Scientific Computing (AMSC)
118.	Supporting Data-Intensive Scientific Computing on Bandwidth and Space Constrained Environments
119.	Research And Implementation Of Job Runtime Prediction And Job Scheduling Based On High-performance Computing Job Log
120.	Research On Two Types Of Privacy-preserving Scientific Computing Problems
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