Biju Patnaik University of Technology, Odisha, Computer Engineering Semester 4, Computer Organization and Architecture Syllabus

Computer Organization and Architecture Lecture notes | Videos | Free pdf Download | Previous years solved question papers | MCQs | Question Banks| Syllabus
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Unit - 1 Functional blocks of a computer

1.1 CPU Memory Inputoutput subsystems Control unit

1.2 Instruction set architecture of a CPU–registers

1.3 Instruction execution cycle

1.4 RTL interpretation of instructions

1.5 Addressing modes

1.6 Instruction set

1.7 Case study – instruction sets of some common CPUs

Unit - 2 Data representation

2.1 Signed number representation

2.2 Fixed and floating point representations

2.3 Character representation

2.4 Computer arithmetic – Integer addition and subtraction

2.5 Ripple carry adder

2.6 Carry lookahead adder

2.7 Multiplication–shift and Add Booth multiplier Carry save multiplier etc.

2.8 Division restoring and nonrestoring techniques floating point arithmetic

Unit - 3 Introduction to x86 architecture

3.1 CPU control unit designHardwired and microprogrammed design approaches

3.2 Case study – design of a simple hypothetical CPU

3.3 Memory system designsemiconductor memory technologies and Memory organization

3.4 Peripheral devices and their characteristicsInputoutput subsystems

3.5 IO device interface Interrupt driven and DMA

3.6 IO transfers–program controlled

3.7 Privileged and nonprivileged instructions

3.8 Software interrupts and exceptions

3.9 Programs and processes–role of interrupts in process state transitions

3.10 IO device interfaces – SCII USB

Unit - 4 Pipelining

4.1 Basic concepts of pipelining

4.2 Throughput and speedup

4.3 Pipeline hazards

4.4 Introduction to parallel processors

4.5 Concurrent access to memory and cache coherency

4.6 CPU Basics Multiple CPUs Cores and HyperThreading

4.7 Introduction to MultipleProcessor Scheduling in Operating System

Unit - 5 Memory organization

5.1 Memory interleaving

5.2 Concept of hierarchical memory organization

5.3 Cache memory and Cache size vs. block size

5.4 Mapping functions

5.5 Replacement algorithms

5.6 Write policies

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Other Subjects of Semester-2
Discrete mathematics
Constitution of india
Organisational behaviour
Analog electronic circuits
Design and analysis of algorithms
Microprocessor and microcontroller
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