25 results on '"Chentouf, Mohamed"'
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2. Machine learning application for cell delay accuracy improvement at post-placement stage: A case study for combinational cells
3. A PUS based nets weighting mechanism for power, hold, and setup timing optimization
4. An Adaptive Data Preprocessing Framework for Improved Learning: A Case Study of Tangier Container Terminal
5. Power-aware hold optimization for ASIC physical synthesis
6. Power-Performance Trade-Off in 7 nm Designs
7. ASIC Physical Design Flow: Power Saving Opportunities on Interconnection Components
8. Library Pruning for Power Saving During Timing and Electrical Design Rules Optimization
9. Machine Learning Application for Early Power Analysis Accuracy Improvement: A Case Study for Nets Switching Power
10. Machine Learning in VLSI Design: A Comprehensive Review.
11. Power-Performance Trade-Off in 7 nm Designs
12. ASIC Physical Design Flow: Power Saving Opportunities on Interconnection Components
13. Machine Learning Application for Output Capacitance Accuracy Improvement: A Case Study for Combinational Cells
14. Clock Gating Efficiency and Impact on Power Optimization During Synthesis Flow
15. Machine Learning Application for Early Power Analysis Accuracy Improvement: A Case Study for Cells Switching Power
16. A New Leakage Optimization Approach for IoTs Physical Design
17. A new MBFF merging strategy for post-placement power optimization of IoT devices
18. Power aware setup timing optimization in physical design of ASICs
19. A New Multi-Bit Flip-Flop Merging Mechanism for Power Consumption Reduction in the Physical Implementation Stage of ICs Conception
20. A New Wire Optimization Approach for Power Reduction in Advanced Technology Nodes
21. A Novel Net Weighting Algorithm for Power and Timing-Driven Placement
22. Layer Optimization for Power Reduction in Integrated Circuits
23. Power-aware clock routing in 7nm designs
24. Usage and impact of multi-bit flip-flops low power methodology on physical implementation
25. Evaluating the Impact of Max Transition Constraint Variations on Power Reduction Capabilities in Cell-Based Designs
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