Udemy - Computer Architecture and Computer Organization Masterclass

Files Included :

1 Hello Everyone Get to know your course structure.mp4 (73.53 MB)
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1 Introduction to Memory Hierarchy.mp4 (155.06 MB)
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10 DRAM Read Cycle Deeply Explained Step by Step.mp4 (234 MB)
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11 SDRAM and DDR SDRAM Explained.mp4 (63.95 MB)
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2 Deep dive into Computer Memory Hierarchy.mp4 (67.86 MB)
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3 The Principal of Locality.mp4 (138.16 MB)
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4 Memory HIT rate and MISS rate.mp4 (123.92 MB)
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5 Cache Performance and Optimization.mp4 (282.76 MB)
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6 Exercise - Calculating Miss Rate.mp4 (70.76 MB)
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7 Memory Technology.mp4 (153.42 MB)
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8 DRAM Technology.mp4 (108.33 MB)
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9 How a DRAM Works.mp4 (179.71 MB)
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1 Introduction to Hierarchical Bus Structures.mp4 (128.97 MB)
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2 Single and Multiple Bus Implementations and Examples.mp4 (136.62 MB)
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3 Bus Types, Timing, and Additional Details.mp4 (249.36 MB)
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1 Summary.mp4 (73.25 MB)
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1 Introduction to Computer Organization and Architecture.mp4 (80.38 MB)
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2 Computer Level Hierarchy.mp4 (198.43 MB)
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1 Fetch Decode Execute Cycle Explained Part 1.mp4 (136.77 MB)
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2 Fetch Decode Execute Cycle Explained Part 2.mp4 (170.88 MB)
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1 What is the Little Man Computer.mp4 (21.61 MB)
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2 Programming the Little Man Computer.mp4 (139.39 MB)
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3 Fetch Decode Execute Cycle Explained using the Little Man Computer.mp4 (160.5 MB)
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4 Writing Assembly Language Code.mp4 (42.74 MB)
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1 Introduction to ISA.mp4 (87.26 MB)
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2 CISC and RISC.mp4 (126.92 MB)
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3 Instructions.mp4 (26.31 MB)
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4 Number of Addressing.mp4 (59.7 MB)
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5 Addressing Modes.mp4 (220.26 MB)
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1 Introduction to CPU Benchmarking.mp4 (85.74 MB)
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2 Calculating CPU Time.mp4 (134.7 MB)
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3 Understanding CPU Clock.mp4 (59.19 MB)
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4 Calculating CPU Time.mp4 (166.69 MB)
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5 Exercise - Solving CPU Time Calculations.mp4 (28.21 MB)
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6 Exercise - Solving CPI Calculations.mp4 (83.89 MB)
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1 Introduction to CPU Structure.mp4 (105.18 MB)
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2 Registers in CPU.mp4 (128.72 MB)
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3 Understanding CPU Interruptions.mp4 (74.43 MB)
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4 Techniques to Improve CPU Performance.mp4 (91.04 MB)
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1 What is CPU Pipelining.mp4 (147.69 MB)
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2 Resource Hazards.mp4 (71.11 MB)
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3 Data Hazards.mp4 (82.17 MB)
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4 Control Hazards and Branch Prediction.mp4 (31.27 MB)
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5 Branch Prediction Strategies.mp4 (41.87 MB)
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6 Practical Example for Pipelining - Intel 80486.mp4 (8.08 MB)
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7 CPU Overclocking.mp4 (66.36 MB)
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1 Introduction to IO.mp4 (109.16 MB)
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2 IO Mapping.mp4 (153.99 MB)
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3 Asynchronous Data Transfer.mp4 (216.18 MB)
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4 Modes of Data Transfer.mp4 (336.19 MB)
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