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Lec 46 Introduction to VEGA Microprocessors Case Study

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Lessons List | 49 Lesson
Multi Core Computer Architecture Introduction Video
00:16:33

Multi Core Computer Architecture Introduction Video
Lec 1 Review of Basic Computer Organization
00:39:20

Lec 1 Review of Basic Computer Organization
Lec 2 Instruction Set and Addressing Modes
00:48:25

Lec 2 Instruction Set and Addressing Modes
Lec 3 Instruction Encoding
00:30:44

Lec 3 Instruction Encoding
Lec 4 Performance Evaluation Methods
00:43:38

Lec 4 Performance Evaluation Methods
Lec 5 Tutorial on Performance Evaluvation
00:13:42

Lec 5 Tutorial on Performance Evaluvation
Lec 6 Introduction to RISC Instruction Pipeline
00:48:13

Lec 6 Introduction to RISC Instruction Pipeline
Lec 7 Instruction Pipeline Hazards
00:49:49

Lec 7 Instruction Pipeline Hazards
Lec 8 Tutorial on Instruction Pipeline and Hazards
00:38:16

Lec 8 Tutorial on Instruction Pipeline and Hazards
Lec 9 Control Hazards and Branch Prediction
00:37:54

Lec 9 Control Hazards and Branch Prediction
Lec 10 MIPS Pipeline for Multi Cycle Operations
00:41:11

Lec 10 MIPS Pipeline for Multi Cycle Operations
Lec 11 Tutorial on Longer Pipeline and Branch Prediction
00:30:42

Lec 11 Tutorial on Longer Pipeline and Branch Prediction
Lec 12 Compiler Techniques to Explore ILP
00:45:11

Lec 12 Compiler Techniques to Explore ILP
Lec 13 Dynamic Scheduling to Explore ILP
00:37:41

Lec 13 Dynamic Scheduling to Explore ILP
Lec 14 Dynamic Scheduling with Tomasulo s Algorithm
00:35:01

Lec 14 Dynamic Scheduling with Tomasulo s Algorithm
Lec 15 Dynamic Scheduling with Speculative Execution
00:34:25

Lec 15 Dynamic Scheduling with Speculative Execution
Lec 16 Tutorial on Static and Dynamic Scheduling
00:40:10

Lec 16 Tutorial on Static and Dynamic Scheduling
Lec 17 Advanced Pipelining Superscalar Processors
00:39:17

Lec 17 Advanced Pipelining Superscalar Processors
Lec 18 Introduction to GPU architectures
00:43:30

Lec 18 Introduction to GPU architectures
Lec 19 Case study on GPU architectures
00:57:29

Lec 19 Case study on GPU architectures
Lec 20 Tutorial on Superscalar processors and GPU
00:21:41

Lec 20 Tutorial on Superscalar processors and GPU
Lec 21 Introduction to Cache Memory
00:47:25

Lec 21 Introduction to Cache Memory
Lec 22 Block Replacement Techniques Write Strategy
00:49:39

Lec 22 Block Replacement Techniques Write Strategy
Lec 23 Design Concepts in Cache Memory
00:51:16

Lec 23 Design Concepts in Cache Memory
Lec 24 Optimization Techniques in Cache Memory
00:21:54

Lec 24 Optimization Techniques in Cache Memory
Lec 25 Advanced Cache Optimization Techniques
00:28:58

Lec 25 Advanced Cache Optimization Techniques
Lec 26 Tutorial on Advanced Concepts in Cache Memory 1
00:24:33

Lec 26 Tutorial on Advanced Concepts in Cache Memory 1
Lec 27 Tutorial on Advanced Concepts in Cache Memory 2
00:46:35

Lec 27 Tutorial on Advanced Concepts in Cache Memory 2
Lec 28 Cache coherence and memory consistency
00:39:37

Lec 28 Cache coherence and memory consistency
Lec 29 Design Space for snooping protocols
00:59:17

Lec 29 Design Space for snooping protocols
Lec 30 Directory Based Cache coherehce
00:44:08

Lec 30 Directory Based Cache coherehce
Lec 31 Cache coherence in multiprocessor design T
00:26:53

Lec 31 Cache coherence in multiprocessor design T
Lec 32 Introduction to DRAM System
00:24:03

Lec 32 Introduction to DRAM System
Lec 33 DRAM Controllers Address Mapping
00:38:14

Lec 33 DRAM Controllers Address Mapping
Lec 34 Secondary Storage Systems
00:35:59

Lec 34 Secondary Storage Systems
Lec 35 Design Concepts in Storage Systems
00:33:22

Lec 35 Design Concepts in Storage Systems
Lec 36 Introduction to Tiled Chip Multicore Processors
00:50:48

Lec 36 Introduction to Tiled Chip Multicore Processors
Lec 37 Routing Techniques in Network On Chip
00:45:32

Lec 37 Routing Techniques in Network On Chip
Lec 38 Network On Chip Router Micro Architecture
00:42:20

Lec 38 Network On Chip Router Micro Architecture
Lec 39 Concepts in Network on Chip
00:31:20

Lec 39 Concepts in Network on Chip
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Course Description

Multi-Core Computer course in hindi, In this course we will learn about the Multi-Core Computer architecture, parallel processing, and optimization for enhanced computing performance.
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