發展圖形處理器計算之多目標最佳化方法於液膜潤滑分析

Engineering

1. Multiobjective Optimization 100%
2. Graphics Processing Unit 100%
3. Fluid Film Lubrication 100%
4. Design Space 66%
5. Engineering 66%
6. Search Algorithm 66%
7. Execution Time 66%
8. Parallel Computer 33%
9. Main Purpose 33%
10. Optimisation Problem 33%
11. Genetic Algorithm 33%
12. Hydrostatic Bearings 33%
13. Optimization Method 33%
14. Particle Swarm Optimization 33%
15. Computing Power 33%
16. Tribological Analysis 33%
17. Design Problem 33%
18. Optimum Point 33%
19. Tasks 16%

Computer Science

1. Multiobjective 100%
2. Execution Time 66%
3. Graphics Processing Unit 50%
4. Graphics Processing Unit 50%
5. Parallel Computing 33%
6. Search Algorithm 33%
7. Searching Algorithm 33%
8. Parallel Computer 33%
9. Particle Swarm Optimization 33%
10. Engineering Field 33%
11. Genetic Algorithm 33%
12. Optimization Problem 33%
13. Design Problem 33%
14. Process Optimization 33%
15. Fitness Evaluation 33%
16. Computing Power 33%
17. Optimization Algorithm 33%