-
Introduction 12
-
COA Introduction 09 minLecture1.1
-
Floating Point Number Representation in IEEE 754 17 minLecture1.2
-
Booth’s Algorithm with Solved Example part 1 15 minLecture1.3
-
Booth’s Algorithm with Solved Example part 2 10 minLecture1.4
-
Booth’s Algorithm with Solved Example part 3 08 minLecture1.5
-
Numerical Data Representation 07 minLecture1.6
-
Restoring Division Part 01 18 minLecture1.7
-
Restoring Division Part 02 10 minLecture1.8
-
Non Restoring Division Part 01 12 minLecture1.9
-
Non Restoring Division Part 02 10 minLecture1.10
-
RISC Microprocessor 12 minLecture1.11
-
CISC Microprocessor 09 minLecture1.12
-
-
Processor Organization and Architecture 3
-
Von Neumann Architecture 13 minLecture2.1
-
Addressing Modes in Hindi | Part 01 | 11 minLecture2.2
-
Addressing Modes in Hindi | Part 02 | 13 minLecture2.3
-
-
Control Unit Design 4
-
Hardwired Control Unit 08 minLecture3.1
-
Micro programmed control unit 08 minLecture3.2
-
Hardwired CU vs Micro-programmed CU 10 minLecture3.3
-
Wilke’s Control 10 minLecture3.4
-
-
Memory Organization 12
-
Memory and its characteristics 09 minLecture4.1
-
DRAM ( Dynamic RAM ) 07 minLecture4.2
-
SRAM (Static RAM) 08 minLecture4.3
-
Cache Memory Full Concept with working 07 minLecture4.4
-
Memory Hierarchy and Locality of Reference 13 minLecture4.5
-
Memory Interleaved 10 minLecture4.6
-
Virtual Memory & Paging concept 10 minLecture4.7
-
Memory Segmentation 10 minLecture4.8
-
Demand Paging 11 minLecture4.9
-
Cache Coherence Single & Multi Processor 11 minLecture4.10
-
Cache Coherence Strategies 09 minLecture4.11
-
MESI Write invalidate snoopy protocol 11 minLecture4.12
-
-
I/O Organization and Peripherals 9
-
IO module 11 minLecture5.1
-
Programmed IO 12 minLecture5.2
-
Interrupt Driven IO 11 minLecture5.3
-
DMA Driven IO 13 minLecture5.4
-
BUS and BUS Arbitration 11 minLecture5.5
-
BUS Arbitration-Daisy Chaining 08 minLecture5.6
-
BUS Arbitration-Polling Method 07 minLecture5.7
-
Instruction Cycles and Interrupt Mechanism 07 minLecture5.8
-
BUS Arbitration-Independent Request 04 minLecture5.9
-
-
Advanced Processor Principles 7
-
Parallel Processing and Applications 13 minLecture6.1
-
Flynn’s Classification 10 minLecture6.2
-
Instruction Level Parallelism (ILP) 08 minLecture6.3
-
Superscalar Architecture 10 minLecture6.4
-
VLIW 10 minLecture6.5
-
Superscalar vs VLIW 05 minLecture6.6
-
Out of Order Execution 09 minLecture6.7
-
-
Notes 1
-
COA notesLecture7.1
-
This content is protected, please login and enroll course to view this content!
Leave A Reply Cancel reply
You must be logged in to post a comment.
3 Comments
It’s very helpful
Super explanation sir ji mja aa gya
Thanks bro