Numerical 5 on Reservation Table | Find Forbidden Latency,Collision Vector,Greedy Cycle,MAL | PPC-35

#NumericalOnReservationTable #ForbiddenLatency #CollisionVector #StateDiagram #GreedyCycle #MAL #PipelineNumerical #NonLinearPipelineQuestions #ShanuKuttan ‪@ShanuKuttanCSEClasses‬ This video explains about Numerical on Reservation Table in Pipelines, non linear pipeline numerical and concepts, General Pipelines & Reservation Table, Non Linear Pipeline Design, Latency Analysis Terminologies & Conflict-free Scheduling, Reservation Table in Pipelines, Collision Vector, Forbidden latency, Permissible Latency, Latency sequence, Latency cycle, average latency, Constant cycle, State Diagram, Simple cycle, greedy cycle, MAL, Minimum Average Latency, Reservation Table Numerical, Problems on Reservation Table in Pipelines, Questions on Reservation Table in Pipelines lower bound on MAL Q5. If you are allowed to insert one non-compute delay stage into the given pipeline to make latency of 1 permissible in the shortest greedy cycle. The purpose is to yield a new reservation table leading to an optimal latency equal to the lower bound. 1. Show the modified reservation table with five rows and seven columns. 2. Draw the new state transition diagram for obtaining the optimal cycle. 3. List all the simple cycles and greedy cycles from the state diagram. 4. Prove that the new MAL equals to the lower bound. 5. What is the optimal throughput of this pipeline? This is lecture 35 on of unit 2 introduction to Parallel Processing and Computing (PPC) or Advance Computer Architecture according to CSVTU bhilai. For more videos on DBMS follow the given link: PPC / ACA Playlist: https://www.youtube.com/playlist?list... um41Jsz4as9nqgVB6YRR90rs0wE6 Pipelining Playlist:    • Pipelining   Lecture 1: Parallel Processing and Computing Introduction Part 1    • Parallel Processing and Computing | Introd...   Lecture 2: Parallel Processing and Computing Introduction Part-2 | Von Neumann Architecture | Levels of Parallelism    • Parallel Processing & Computing | Intro Pa...   Lecture 3: Parallel Processing in Uni-processor System | Parallel Processing Mechanisms    • Parallel Processing in Uniprocessor System...   Lecture 4: Flynn’s Classification | SISD, SIMD, MISD, MIMD    • Flynn’s Classification | SISD,SIMD,MISD,MI...   Lecture 5: Feng’s Classification & Handler’s Classification    • Feng’s Classification & Handler’s Classifi...   Lecture 6: Amdahl’s Law in Parallel Processing | Speedup Performance Law    • Amdahl’s Law in Parallel Processing | Spee...   Lecture 7: Principles of Scalable Performance| Performance Metrics    • Principles of Scalable Performance | Perfo...   Lecture 8: Parallel Processing in Memory : Shared Memory, Distributed Memory and Hybrid Memory    • Parallel Processing in Memory | Shared Mem...   Lecture 9: Moore’s Law    • Moore’s Law | PPC Lecture 9 | Shanu Kuttan...   Lecture 10: Parallel Algorithms | Parallel Algorithm Complexity    • Parallel Algorithms | Parallel Algorithm C...   Lecture 11: System attributes to Performance | CPU Performance Evaluation    • System attributes to Performance l CPU Per...   Lecture 12: Numerical on System attribute to Performance | Find CPI-MIPS-Execution time    • Numerical on System attribute to Performan...   Lecture 13: Parallel Programming Models    • Parallel Programming Models | ACA | PPC | ...   Lecture 14: Cache Coherence | Cache Coherence Protocols    • Cache Coherence | Cache Coherence Protocol...   Lecture 15: Cache Coherence Protocols | Snoopy Bus Protocol    • Cache Coherence Protocols | Snoopy Bus Pro...   Lecture 16: Directory Based Protocol | Cache Coherence Protocols    • Directory Based Protocol | Cache Coherence...   Lecture 17: Conditions of Parallelism | Data, Control & Resource Dependence    • Conditions of Parallelism | Data, Control ...   Lecture 18: Numerical on Data Dependency and Resource Dependency | Part 1    • Numerical on Data Dependency and Resource ...   Lecture 19: Numerical on Data Dependency and Resource Dependency | Part 2    • Numerical on Data Dependency and Resource ...   Lecture 20: Bernstein’s Conditions of Parallelism    • Bernstein’s Conditions of Parallelism | Co...   Lecture 21: Numerical on Bernstein’s Conditions of Parallelism | Conditions of Parallelism Part-2    • Numerical on Detection of Parallelism usin...   Lecture 22: Program Flow Mechanisms | Control flow, Data flow, Demand driven    • Program Flow Mechanisms | Control flow, Da...   Lecture 23: Pipelining    • Pipelining Concept | Example | Space Time ...   Lecture 24: Linear Pipeline Processor    • Linear Pipeline Processor | Asynchronous &...   Lecture 25: Numerical on Pipelining and Performance    • Numerical on Pipelining and Performance | ...   Lecture 26: Numerical on Linear Pipelining    • Numerical on Linear Pipelining | Part-2 | ...   Lecture 27: Numerical on Linear Pipelining    • Numerical on Linear Pipelining |  Part-3 |...   Lecture 28: Non Linear Pipeline Processor    • Non-Linear Pipeline Processor | Linear vs....   Lecture 29: Classification of Pipeline Processors    • Classification of Pipeline Processors | AC...   Lecture 30: General pipelines & Reservation Table    • General Pipeline & Reservation Table | Lat...   Lecture 31: Numerical 1 on Reservation Table    • Numerical 1 on Reservation Table | Find Fo...   Lecture 32: Numerical 2 on Reservation Table    • Numerical 2 on Reservation Table | Find Fo...   Lecture 33: Numerical 3 on Reservation Table    • Numerical 3 on Reservation Table | Find Fo...   Lecture 34: Numerical 4 on Reservation Table    • Numerical 4 on Reservation Table | Find Fo...   Lecture 35: Numerical 5 on Reservation Table    • Numerical 5 on Reservation Table | Find Fo...   Contact Link in Facebook :   / shanukuttan.cseclasses