30:25

SYNCHRONOUS COUNTER DESIGN

05:28

DECODING GATES

41:22

ASYNCHRONOUS COUNTER DESIGN

14:33

HDI IMPLEMENTATION OF REGISTERS

40:16

Shift Register Applications

33:27

Midpoint Circle drawing algorithm updated

07:23

JK FlipFlop Simulation

08:29

8:1 MULTIPLEXER SIMULATION

08:28

FULL SUBTRACTOR SIMULATION

44:08

ADDER CIRCUIT IMPLEMENTATION

15:44

32BIT-ARITHMETICS -TASM PROGRAM

33:24

16 BIT ARITHMETICS -TASM PROGRAM

10:01

STRING PALINDROME CHECKING

18:22

STRING REVERSE AND STRING LENGTH -TASM PROGRAM

39:16

FINDING STRING LENGTH -TASM PROGRAM

17:00

STRING OPERATIONS BASICS IN TASM

14:12

TASM PROGRAMMING BASICS

24:09

ABSOLUTE LOADER -C PROGRAM IMPLEMENTATION

14:22

CEDAR LOGIC SIMULATOR

25:03

MEMORY MAPPING-PROBLEM SOLVING

26:26

8086 kit program -introduction

26:04

PASS1 OF 2 PASS ASSEMBLER-C PROGRAM

13:22

2D TRANSFORMATION -PROBLEM SOLVING

04:28

GENERAL GUIDELINES FOR EXAM

17:38

SCAN LINE ALGORITHM

13:10

2D TRANSFORMATION -HOMOGENEOUS COORDINATES

27:13

VISIBLE SURFACE DETECTION ALGORITHMS

19:42

PROJECTION TRANSFORMATION -PART 3

19:21

PROJECTION TRANSFORMATION -OBLIQUE PROJECTION

30:20

PROJECTION TRSNSFORMATIONS-PART1

13:06

Three-dimensional viewing pipeline

18:53

Sutherland Hodgeman Polygon clipping algorithm

44:49

2D-CLIPPING

32:39

WINDOW TO VIEWPORT TRANSFORMATION

24:01

SEGMENTATION -REGION BASED APPROACH

24:26

SEGMENTATION - THRESHOLDING

29:38

Sharpening spatial filters-Gradient and Laplacian

25:19

Basics of spatial filtering -Smoothening spatial filters

35:27

HISTOGRAM PROCESSING

13:21

CONTRAST STRETCHING

30:40

GRAY LEVEL TRANSFORMATIONS

25:26

FUNDAMENTALS OF SPATIAL CONVOLUTION OPERATION

15:23

CONTENT ADDRESSIBLE /ASSOCIATIVE MEMORY(CAM)

01:04:01

BASIC RELATIONSHIP BETWEEN PIXELS

28:50

SAMPLING & QUANTIZATION

06:44

Components of image processing system

28:32

Fundamental Steps in Digital Image Processing

40:38

Basics of image processing

14:03

3D TRANSFORMATION -Reflection & Shear

20:13

3D TRANSFORMATION-Rotation

11:43

3D TRANSFORMATION-Translation & Scaling

05:12

Prove R(ѳ1).R(ѳ2)=R(ѳ1+ ѳ2)

17:45

2D-Composite Transformation -Reflection

13:25

2D COMPOSITE TRANSFORMATION

08:01

2D-Transformation -Shearing

12:52

2D- Transformation -Reflection

16:50

2D-Transformation -Rotation

12:34

2D -Transformation -scaling

12:31

2D-TRANSFORMATION -Translation

30:44

PROCESSOR UNIT DESIGN