Computer Organization and Architecture(COA) (English)

   Thursday, November 30, 2023   

Starting a new Lecture Notes Series on Computer Organization and Architecture(COA)

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Computer Organization and Architecture(COA)By Lecture Notes together!

Lecture Description of this above Topic:

Lecture 1: Binary coded decimal | BCD | COA| Lec-1

Lecture 2: unsigned integer representation | COA | Lec-2

Lecture 3: Sign magnitude representation | COA

Lecture 4: one's complement representation

Lecture 5: 2's complement of binary number

Lecture 6: Floating point representation | IEEE 754 | COA | Lec-6

Lecture 7: loating point representation | Example-1 | COA | Lec-7

Lecture 8: Floating point representation | Example-2 | COA | Lec-8

Lecture 9: Floating point representation | Example-3 | COA | Lec-9

Lecture 10: Floating point representation | Example-4 | COA | Lec-10

Lecture 11: Fixed point representation | Unsigned | COA | Lec-11

Lecture 12: Fixed point representation | Signed | COA | Lec-12

Lecture 13: Fixed point representation | Example-1 | COA | Lec-13

Lecture 14: Fixed point representation | Example-2 | COA | Lec-14

Lecture 15: Fixed point representation | Example-3 & 4 | COA | Lec-15

Lecture 16: Fixed point representation | Example-5 | COA | Lec-16

Lecture 17: micro operations introduction

Lecture 18: memory transfer in computer architecture

Lecture 19: bus architecture in computer organization

Lecture 20: bus arbitration in computer organization

Lecture 21: daisychain arbitaration | COA

Lecture 22: general register organization | COA

Lecture 23: subroutine in Computer organization | COA

Lecture 24: Arithmetic logic shift unit | Hardware implementation | COA

Lecture 25: Logical shift micro operation | Left & Right | COA | Lec-25

Lecture 26: Circular shift micro operation | Left & Right | COA | Lec-26

Lecture 27: Arithmetic shift operations | Left & Right | COA | Lec-27

Lecture 28: Shifting operation hardware implementation | COA

Lecture 29: logic micro operations | AND| NAND | OR| XOR| NOR

Lecture 30: logic micro operation applications | COA

Lecture 31: booths algoritham in computer organization| multiplication | COA

Lecture 32: pipelining processing in computer organization |COA

Lecture 33: instruction types in computer architecture

Lecture 34: priority interrupts | COA

Lecture 35: computer registers in computer architecture

Lecture 36: computer instructions in computer architecture

Lecture 37: instruction codes in computer architecture | COA

Lecture 38: timing and control in computer organization | COA

Lecture 39: instruction cycle in computer organization | COA

Lecture 40: memory reference instructions in computer organization | COA

Lecture 41: hardwired Control unit in computer organization |COA

Lecture 42: microprogrammed control unit | introduction | COA

Lecture 43: microprogrammed control unit | structure | COA

Lecture 44: programmed i/o in computer architecture | COA

Lecture 45: interrupt controlled i/o in computer organization | COA

Lecture 46: data transfer | parallel and serial

Lecture 47: synchronous data transfer | COA

Lecture 48: asynchronus data transfer

Lecture 49: asynchronous data transfer | handshaking

Lecture 50: asynchronous data transfer | strobe control

Lecture 51: DMA controller basic operation

Lecture 52: design and implementation of CPU | COA

Lecture 53: accumulator design in computer architecture | COA

Lecture 54: I/O interface | COA

Lecture 55: IO interface parallel port | COA

Lecture 56: IO interface serial port | COA

Lecture 57: io interface with PCI |USB | SCSI | COA

Lecture 58: input output processor | COA

Lecture 59: inter process communication | part-1/2| IPC | COA

Lecture 60: inter process communication methods | part-2/2 |COA

Lecture 61: memory mapped i/o in computer organization | part-1/2 | COA

Lecture 62: memory mapped i/o in computer organization | part-2/2 | COA

Lecture 63: memory mapped CPU | RAM | ROM

Lecture 64: three state bus buffer

Lecture 65: stack introduction | PUSH, POP

Lecture 66: stack organization | register stack,memory stack

Lecture 67: memory interleaving | COA

Lecture 68: SRAM and DRAM | memory cells

Lecture 69: risc architecture | COA

Lecture 70: cisc architecture | COA

Lecture 71: risc and cisc in computer architecture

Lecture 72: 8085 pin diagram

Lecture 73: 8085 architecture

Lecture 74: 8085 addressing modes

Lecture 75: interrupts in 8085 microprocessor

Lecture 76: 8085 instructions

Lecture 77: 8085 instruction set introduction

Lecture 78: 8085 instruction set with opcodes | arithmetic and data transfer

Lecture 79: instruction set of 8085 | logical & bit manipulator

Lecture 80: memory organization in computer architecture

Lecture 81: cache memory in computer architecture