Thesis-Content の履歴(No.3)

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  • 1 (2014-06-09 (月) 05:00:26)
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Akram-Thesis

Abstract†

Chapter 1: Introduction†

• Technology scaling
• Conventional interconnect paradigms and problems
• NoC interconnect, advantages, and disadvantages
• 3D-ICs and 3D-NoC
• Reliability issues
• Briefly describe the works done so far to address reliability in 3D-NoC
• Thesis Contribution
• Thesis Organization

Chapter 2: Network-on-Chip overview†

• NoC main components and parameters
• 3D-NoC special features (different components and parameters from 2D-NoC) 3D-NoC advantages and challenges

Chapter 3: Fault analysis†

• Fault models
• Fault consequences
• Failure causes
• Failures classification (locality and time)
• Detection mechanisms (codes, BIST)

Chapter 4: Related work†

• Detection mechanisms
• Routing algorithms
• router architectures

Chapter 5: Router Architecture†

• Router block diagram
• Pipeline stages
• Bypass-Link-on-Demand
• Random Access Buffer (RAB)
  • Deadlock recovery
  • Fault tolerance
• Traffic-Prediction-Unit
  • Block diagram
  • Prediction Table
• Fault Control Module

Chapter 6: Fault-tolerant routing algorithms†

• Look-Ahead-XYZ (LAXYZ)
• Look-Ahead-Fault-Tolerant (LAFT)
• Hybrid-Look-Ahead-Fault-Tolerant (HLAFT)

Chapter 7: Physical implementation†

• No considerable details available for the time being

Chapter 8: Evaluation†

• Methodology
  • Benchmarks
  • Parameters
• BLoD evaluation
• RAB evaluation
• RAB+TPU evaluation
• Router latency evaluation
• Router Throughput evaluation

Chapter 9: Conclusion & Future work†

Last update: Monday, June 9th (Akram)