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Unit - 1 Functional Blocks Of A Computer, Data Representation

1.1 CPU memory inputoutput subsystems the control unit

1.2 Instruction set architecture of 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

1.8 Signed number representation

1.9 Fixed and floatingpoint representations

1.10 Character representation

1.11 Computer arithmetic – integer addition and subtraction

1.12 Ripple carry adder

1.13 Carry lookahead adder

1.14 Multiplication – shiftandadd Booth multiplier carrysave multiplier

1.15 Division restoring and nonrestoring techniques

1.16 Floatingpoint arithmetic

Unit - 2 Introduction To X86 Architecture. CPU Control Unit Design, Peripheral Devices, And Their Characteristics

2.1 Hardwired and microprogrammed design approaches

2.2 Case study – design of a simple hypothetical CPU

2.3 Memory system design semiconductor memory technologies memory organization

2.4 Inputoutput subsystems

2.5 IO device interface Interrupt driven and DMA

2.6 IO transfers–programcontrolled

2.7 Privileged and nonprivileged instructions

2.8 Software interrupts and exceptions

2.9 Programs and processes–the role of interrupts inprocess state transitions

2.10 IO device interfaces – SCII USB

Unit - 3 Pipelining, Parallel Processors

3.1 Basic concepts of pipelining

3.2 Throughput and speedup

3.3 Pipeline hazards

3.4 Introduction to parallel processors

3.5 Concurrent access to memory and cache coherency

Unit - 4 Memory Organization

4.1 Memory interleaving

4.2 Concept of hierarchical memory organization

4.3 Cache memory cache size vs. Block size

4.4 Mapping functions

4.5 Replacement algorithms

4.6 Write policies

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Other Subjects of second-year
Machine learning
Technical writing
Digital electronics
Discrete mathematics
Electromagnetic fields
Data structure & algorithm
Database management system
Object oriented programming using c++
Mathematics-iii (differential calculus)
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