Computer Architecture

Lecture -1 Introduction to Computer Architecture

Lecture -2 History of Computers

Lecture -3 Instruction Set Architecture - I

Lecture -4 Instruction Set Architecture - II

Lecture -5 Instruction Set Architecture - III

Lecture -6 Recursive Programs

Lecture -7 Architecture Space

Lecture -8 Architecture Examples

Lecture -9 Performance

Lecture -10 Performance

Lecture -11 Binary Arithmetic, ALU Design Lecture -12 ALU Design, Overflow Lecture -13 Multiplier Design Lecture -14 Divider Design Lecture -15 Fast Addition , Multiplication Lecture -16 Floating Point Arithmetic Lecture -17 Processor Design - Introduction Lecture -18 Processor Design Lecture -19 Processor Design - Simple Design Lecture -20 Processor Design - Multi Cycle Approach Lecture - 21 Processor Design - Control for Multi Cycle Lecture - 22 Processor Design Micro programmed Control Lecture - 23 Processor Design Exception Handling Lecture - 24 Pipelined Processor Design Basic Idea Lecture - 25 Pipelined Processor Design: Datapath Lecture - 26 Pipelined Processor Design: Handling Data Lecture - 27 Pipelined Processor Design Lecture - 28 Memory Hierarchy : Basic Idea Lecture - 29 Memory Hierarchy : Cache Organization Lecture - 30 Memory Hierarchy : Cache Organization Lecture - 31 Memory Hierarchy : Virtual Memory Lecture - 32 Memory Hierarchy : Virtual Memory Lecture - 33 Input / Output Subsystem: Introduction Lecture - 34 Input / Output Subsystem: Interfaces and buses Lecture - 35 Input / Output Subsystem:Interfaces and buses Lecture - 36 Input / Output Subsystem:I/O Operations Lecture - 37 Input / Output Subsystem:Designing I/O Systems Lecture - 38 Concluding Remarks