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Item Details | Price |
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Instructor: MathsInDepth
Valid Till: 2022-01-15
Test Series | |||
Boolean Algebra | |||
NUMBER SYSTEM | |||
Note: This topic is common in many subjects like C, computer architecture etc. hence we are covering it in depth for your better understandung | |||
Concept behind formation of Number System | |||
Decimal To Binary-Octa-Hexa | |||
Live Lecture: Number System Conversion | |||
Quiz - Number System | |||
Components of Computer System | Von-Neumann Architecture | |||
Introduction | |||
Introduction To Digital Gates | |||
Boolean Algebra | |||
Live Lecture: Boolean Law's | |||
Live Lecture: Concept of Maxterm and Minterm Part 1 | |||
Live Lecture: Concept of Maxterm and Minterm Part 2 | |||
Live Lecture: Dual of a function and its properties | |||
Live Lecture: Properties of XOR & XNOR | |||
Live Lecture: Numerical Solving | |||
Live Lecture: Concept of Functionally Complete Boolean Function | |||
Live Lecture: Implementation of Boolean Functions using NAND and NOR | |||
Assignment 1 | |||
Live Lecture: Functionally Complete Boolean Function | |||
Functionally Complete Boolean Functions | |||
Boolean Algebra Hand Written Notes (Jash) | |||
Minimization | |||
Concept of K MAP : PART 1 | |||
Concept of K MAP : PART 2 | |||
K MAP | |||
K MAP EXAMPLES | |||
Boolean Algebra and K MAP : Test 1 | |||
Advance Lecture : K MAP | |||
DATA REPRESENTATION & ARITHMETIC ALGORITHM | |||
Recording - Subtraction Using 2's and 1's complement | |||
Recording - signed and unsigned number representation | |||
Recording - Floating Point Representation | |||
Recording - IEEE 754 number system | |||
Encoding System : Grey,BCD,Excess-3, ASCII codes | |||
NUMBER SYSTEM MAIN POINTS | |||
Combinational Circuits | |||
Design of Adder & Subtractor : Part 1 | |||
Design of Adder & Subtractor : Part 2 | |||
Time Complexity of Carry Look Ahead Adder & Introduction To MUX | |||
Multiplexer Problem Solving | |||
CONCEPT OF DEMUX, DECODER & ENCODER | |||
Encoder-Decoder Notes | |||
Implementation of ROM usind Decoder and Expansion of MUX | |||
Combinational Circuit Assignment 1 | |||
Combinational Circuit Assignment 1 Solution | |||
Comparator CKT | |||
Comparator Circuit & Expansion of Decoder | |||
Test 1: CMB | |||
Test 2: CMB | |||
Sequential Circuits | |||
Introduction To Sequential Circuits | |||
SR FLIP FLOP | |||
JK Flip Flop | |||
Concept of D, T Flip Flop & Flip Flop Conversion | |||
Design of Synchronous Counter | |||
Assignment 1 | |||
Assignment 1 Solution | |||
Design of Asynchronous Counter | |||
Test on cominational & sequential Circuits | |||
MODULE 4: CONTROL UNIT DESIGN | |||
Addressing Modes | |||
MCQ's on Addressing | |||
Various Special Purpose Registers and Fetch Cycle | |||
Control Unit Design Part 1 | |||
Control Unit Design Part 2 | |||
MEMORY ORGANIZATION | |||
NOTE: THESE ARE GATE VIDEOS BUT COVERS ENTIRE UNIVERSITY SYLLABUS IN DEPTH | |||
Recording - Introduction To Cache Memory and Mapping Techniques | |||
Cache Part 1 | |||
Cache Part 2 | |||
Cache Part 3 | |||
Cache Part 4 | |||
Introduction To Cache and Mapping Techniques | |||
Global and Local Miss and Hit Rate | |||
Average Access Time Calculation : Part 1 | |||
Average Access Time Calculation : Part 2 | |||
Tavg Calculation Using Miss Penalty | |||
CPU Time Calculation | |||
Cache Policies: Part 1 | |||
Cache Policies: Part 2 | Cache Replacement Algorithms | |||
Implementation of LRU | |||
Inclusive and Exclusive Cache | |||
Write Policies | |||
Unified vs Split Cache _ Blocking vs Non Blocking Cache | |||
Types of Misses and Reducing Miss rate : Part 1 | |||
MEMORY ORGANIZATION BY SHRIKANT SIR | |||
Memory Organization Part: 1 | |||
Memory organization: Part 2 | |||
PROBLEM SOLVING | |||
MODULE 6: PIPELINING | |||
Instruction Pipelining Part 1 | |||
Recording - Instruction Pipelining Part 2 | |||
Removing Name (anti and output) Dependency using Register Renaming | |||
Solving RAW Data Hazard: Forwarding or By Passing | |||
Load Delay Slot and Instruction Scheduling | |||
Control Hazard Solution: Filling Branch Delay Slots | |||
1 bit branch predictor | |||
2 bit Branch Predictor |
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