Control System

• chapter-1.ppt
• chapter-10-PID-1.ppt
• chapter-2.mcd
• chapter-2.ppt
• chapter-2a.ppt
• chapter-3.ppt
• chapter-4.mcd
• chapter-4.ppt
• chapter-5.ppt
• chapter-7.ppt
• chapter-8-9.ppt
• chapter4-1.mcd
• chapter5-1.ppt
• mpt-mpw-zeta.ppt
• nyquist-nichols-1a.MCD

Satellite Communication

Satellite Subsystem
Spacecraft Propulsion Subsystem

Satellite Communication

Spacecraft Guidance, Navigation and Control

Spacecraft Subsystems

Spacecraft Design and Sizing

Spacecraft Structure Design

Satellite Command And Data Handling Subsystem

Satellite Telemetry, Tracking and Control Subsystems

Communications Satellite Sub-systems

Foundation of Computer Graphics

Lecture 1 Introduction and Overview (chapter 1) (.ppt format)
Lecture 2 Mathematical Foundation .(ppt format)
Lecture 3 Hardware for Graphics (.ppt format)
Lecture 4 Graphics System (.ppt)
Lecture 5 Open GL Tutorial (.ppt)
Lecture 6 Geometric Transformation (.ppt)
Lecture 7 Projection (.ppt)
Lecture 8 Clipping (.ppt)
Lecture 9 Line Algorithm (.ppt)
Additional Lecture on Line Algorithm (.ppt)

ENGINEERING GRAPHICS

2nd midsem solution-3

2nd midsem solution-4

2nd mid solution-1

2nd mid solution-2

Hom-Soln-10

Home-Soln-8

Home-Soln-9

Home-Soln-11

Home-Soln-12

Lab-Soln-8

Lab-Soln-10

Embedded System Design

1. Introduction ppt

2. Custom Single-Purpose Processors: Hardware ppt

3. General-Purpose Processors: Software ppt

4. Standard Single-Purpose Processors: Peripherals ppt

5. Memory ppt

6. Interfacing ppt

7. Digital Camera Example ppt

8. State Machine and Concurrent Process Models ppt

9. Control Systems ppt

10. IC technology ppt

11. Design technology ppt

Embedded System

Introduction 
ATtiny2313 Introduction 
Universal Synchronous/Asynchronous Receiver/Transmitter (USARTs) 
Fuses 
Universal Serial Interface (USI) 
Inter-Integrated Circut (I2C) Bus 
Timer/Counters 
AT32AP7000 Intro 
Linux 
GPIO 
JTAGICE mk II 
AVR32 USART 
Buildroot 
User Interfaces (CGI) 
Memory and File Systems 

Fluid Mechanics

L1	Subject Outline, Fluid Concepts, The Continuum Hypothesis (PDF)#
L2	Description of Fluid Flow, Conservation Laws (PDF - 1.0 MB)#
L3	Hydrostatics, Forces on Plane and Curved Surfaces (PDF - 1.1 MB)#
L4	Manometry, Stability of Dams and Gates (PDF - 2.0 MB)#
L5	Mass and Volume Conservation (PDF)#
L6	Stream Function, Velocity Potential, Flownet Construction (PDF - 2.0 MB)#
L7	The Bernoulli Equation for Ideal Fluids (PDF)#
L8	Application of Mass Conservation and Bernoulli (PDF)#
L9	Conservation Laws for Finite Control Volumes, Reynolds Transport Theorem (PDF)#
L10	Conservation of Momentum for Finite Control Volumes (PDF)#

Computer Architecture

Lecture 1:  Introduction, Five Components of a Computer,Performance	ppt
Lecture 2: Introduction to MIPS	ppt
Lecture 3 and 4: Introduction to MIPS (contd.)	ppt
Lecture 5: Introduction to Verilog, Arithmetic	ppt
Lecture 6: Integer & Floating Point Arithmetic	ppt
Lecture 7: Single Cycle Datapath Proc. Design	ppt
Lecture 8: Multi Cycle Datapath Proc. Design	ppt
Lecture 9: Introduction to Pipelining	ppt
Lecture 10: Pipelining (contd.)	ppt

Computer Architecture

• Lecture 1 (Introduction: Architecture Performance) (slides in ppt)
• Lecture 2 (MIPS Instruction Set and Pipelining) (slides in ppt)
• Lecture 3 (Pipeline Hazards) (slides in ppt)
• Lecture 4 (Hazards and Compiler Techniques) (slides in ppt)
• Lecture 5 (Branch Prediction and Scoreboarding) (slides in ppt)
• Lecture 6 (Score Boarding and Tomasulo) (slides in ppt)
• Lecture 7 (Tomasulo Algorithm) (slides in ppt)
• Lecture 8 (Hardware Speculation) (slides in ppt)
• Lecture 9 (Limits on ILP and Multithreading) ( slides in ppt)
• Lecture 10 (Multithreaded and Multicore) (slides in ppt)

Computer Organization and Architecture 7th Edition William Stallings

01_Introduction

02_Computer Evolution and Performance

03_Buses

04_Cache Memory

05_Internal Memory

Chemistry Lectures Slides

Laboratory Safety

Laboratory Safety

Atomic Structure - Ch. 3

Atomic Timeline Song
I. Structure of the Atom
II. Masses of Atoms

Matter - Ch. 1

I. States of Matter
II. Classification of Matter 
III. Properties & Changes in Matter

Cryptography and Network Security

Introduction
Classical Cryptography
Information Theory
Block Ciphers 
Public Key Cryptography I
Public Key Cryptography II
Public Key Cryptography III

Introduction to Artificial Intelligence PDF SLIDES

Introduction 2 slides/page 1 slide/page
Problem Solving using Search 2 slides/page 1 slide/page
Adversarial Search, Logic and Reasoning 2 slides/page 1 slide/page
Logic, Uncertainty and Probabilistic Reasoning 2 slides/page 1 slide/page
Invited lecture: Dieter Fox (Director, Intel Seattle Lab) Probabilistic Reasoning and Applications
Supervised Learning: Classification and Regression 2 slides/page 1 slide/page
Unsupervised Learning, Applications in Vision 2 slides/page 1 slide/page, Applications in Robotics
Overview: AI - Past, Present, and Future. 2 slides/page 1 slide/page

Data Structures, Algorithms, and Applications in Java by Sartaj Sahni

Lecture	Content	Reading	Slides
1	Course overview and insertion sort.	Chapters 1 through 3.	Powerpoint
2	Insertion sort and practical complexities.	Section 3.5.	Powerpoint
3	Run-time measurement.	Chapter 4.	Powerpoint
4	Linear lists.	Sections 5.1-5.2.	Powerpoint
5	Array representation and array resizing.	Section 5.3.	Powerpoint
6	Walk through of code forArrayLinearList.	Section 5.3.	Powerpoint
7	Iterators. Linked representation of a linear list.	Sections 5.3 and 6.1.	Powerpoint

Applied Nuclear Physics

1	Basic Nuclear Concepts (PDF)
	Supplement (PDF)
Quantum Mechanical Description of Nuclei
2	Schrödinger Wave Equation (PDF)
3	Bound States in One Dimensional Systems – Particle in a Square Well (PDF)
4	Bound States in Three Dimensions -- Orbital Angular Momentum (PDF)
5	Barrier Penetration (PDF)
6	The Neutron-Proton System: Bound State of the Deuteron (PDF)
7	Overview of Cross Section Calculation (PDF)
8	Neutron-Proton Scattering (PDF)

Principle of Electronics Communication

CHAPTER-1

CHAPTER-2

CHAPTER-3

CHAPTER-4

CHAPTER-5

Microwave and Radar Engineering

CH-1 microwave and propagation
CH-2 microwave compenents
CH-3 Microwave tube oscillators and amplifiers
CH-4 Semiconductor microwave devices
CH-5 Microwave measurements
CH-6 Radar systems
CH-7 Satellite communication system

Introduction to Sockets Programming in C using TCP/IP

A socket is the mechanism that most popular operating systems provide to give programs access to the network. It allows messages to be sent and received between applications (unrelated processes) on different networked machines.

The sockets mechanism has been created to be independent of any specific type of network. IP, however, is by far the most dominant network and the most popular use of sockets. This tutorial provides an introduction to using sockets over the IP network (IPv4).

This tutorial will not try to cover the entire topic of sockets. There are tutorials on the web that delve into far greater detail. On-line manual pages will provide you with the latest information on acceptable parameters and functions. The interface described here is the system call interface provided by the OS X, Linux, and Solaris operating systems and is generally similar amongst all Unix/POSIX systems (as well as many other operating systems).

Click Here to Download

Operating System

	Topic
1	Introduction to Operating Systems	ppt	pdf
1	Computer Systems/OS Structures	ppt	pdf
2	Process Management and Threads	ppt	pdf
3	CPU Scheduling	ppt	pdf
4	Process Synchronization	ppt	pdf
5	Deadlocks	ppt	pdf
6	Memory Management	ppt	pdf
7	Memory Management (cont.)	ppt	pdf
	Virtual Memory
8	Virtual Memory (cont.)	ppt	pdf
9	File-System Interface and Implementation	ppt	pdf
10	I/O Systems	ppt	pdf

Introduction to Electronics

• Set 1 Number Systems ( powerpoint, pdf)
• Set 2 Digital Logic ( powerpoint, pdf)
• Set 3 Minimisation ( powerpoint, pdf )
• Tutorial 1 Exercises ( postscript, pdf )
• Set 4 Common Circuits ( powerpoint, pdf )
• Set 5 Sequential Logic ( powerpoint, pdf )
• Tutorial 2 Exercises ( postscript, pdf )
• Set 6 Registers and Counters( 4 per page pdf, original powerpoint )