Showing posts with label Laboratory. Show all posts
Showing posts with label Laboratory. Show all posts

Monday, June 15, 2009

Thursday, December 18, 2008

Lecture Notes for Computer Science Dept.

courtesy:KVGCE

Lecture Notes and other interesting study materials

  1. Computer Concepts and C Programming (06CCP13/ 06CCP23) by Mr. Yogeesha H C, Assistant Professor, KVGCE, Sullia.

    a. Class Notes on Computer Concepts
    last modified: 24-05-2007.
    including the chapters on Introduction to Computers, Interacting with computer, Processing data, Operating Systems, Networking and internet


    b. Question and Answers in C Programming
    last modified: 24-5-2007.
    includes the question and answers in C Programming from previous years question papers.

    c. Class Notes on C Language
    last modified: 23.10.2007.
    includes Algorithms and Flow charts, Introduction to C, Lexical issues, Operators and expressions and I/O functions.

    d. 06CCP13/13 - June 2008 Question paper Solved

    e. 06CCP16/26 - Computer Programming Lab Manual

  2. Lab Programs in ADA Lab (CSEL47)
  3. Java and CGI Programming by Yogeesha H C
    a. Introduction to Perl
    b. Servlet Introduction

    c. Servlet Tutorials
    d. PHP Manual
    e. About Java Technology

    f. Java & CGI Lab Manual
  4. Software Practice and Testing by Yogeesha H C
    a. Notes on Styles
  5. C# learning materials provided by Prof. Dinesh S, Lecturer - CS, KVG College of Engineering, Sullia
    a. Downloads\C# Notes by Prof Dinesh S\csharp.ppt

    b. Downloads\C# Notes by Prof Dinesh S\Dot NET Demystified Slides.pdf
    c. Downloads\C# Notes by Prof Dinesh S\introduction_slides.pdf
    d. Downloads\C# Notes by Prof Dinesh S\microsoft_june_presentation.ppt
    e.
    Downloads\C# Notes by Prof Dinesh S\WhatIsDotNet-1.pdf
  6. Lab programs - Data Structures lab (06CS37) provided by Prof. Dinesh S
  7. Lab programs - OOPS lab (06CSL47) provided by Prof. Dinesh S

Tuesday, October 7, 2008

Notes and Course Material of Information Science Engineering.

Learning Resource

Subject Download
1st Semester
Computer Programming Program Source Module-1 [4.93 MB]
3rd Semester
Linear Algebra
Discrete Mathematical Structures
Digital Design
Object Oriented Programming Using C++
Unix and Shell Programming
Computer Architecture And Organization
Digital Design Laboratory
Object Oriented Programming Using C++ Laboratory
Unix And Shell Programming Laboratory
5th Semester
Systems Software Test 1 [46 KB]
Operating Systems
Database Management Systems Test 1 [182 KB]
Computer Networks – I Test 1 [756 KB]
Formal Languages And Automata Theory Test 1 Solution [1.39 MB]
Software Engineering
Database Applications Laboratory
Algorithms Laboratory
7th Semester
Engineering & Technology Management
Object Oriented Analysis & Design
Java and CGI programming
Computer Networks-II
Distributed Operating System Test 1 Solution [401 KB]
Web 2.0 & Rich Internet Applications Test 1 [593 KB]
Fuzzy Logic
Principles of User Interface Design Program Source Module-1 [292 KB]
Networks Laboratory Lab Manual [239 KB]
CGI Programming Laboratory Lab Manual [124 KB]

Thursday, June 12, 2008

VHDL LAB PROGRAMS

Following is the link to vhdl Lab Programs all executed on XILINX and the link gives the complete project directory. To get the programs click here.

Following is the Link for VHDL LAB manual which consists of all the programs thoroughly explained with truth tables, circuit diagrams , waveforms and executable code. To get it click here.

Following contains the pin details of Spartan3. To get it click here.

Sunday, June 8, 2008

Advanced Communication and VHDL Lab output and instruments.

The following link contains pics of VHDL lab FPGA kit and Advanced Communication Lab instruments as Klystron, Gunn Diode, Antenna, Optical Fibre Kit and outputs as BPSK, FSK and ASK. The link is Click Here.

Thursday, June 5, 2008

Computer Graphics Lab Programs

All the computer graphics lab programs are here. Click Here.

Wednesday, June 4, 2008

DBMS Programs.

Here you can get dbms programs. Click here.

All the Computer Graphics programs will be placed here by tomorrow.

Monday, June 2, 2008

VHDL HARDWARE PROGRAMS.

Here you would get the hardware working program of VHDL. The link is VHDL.

Sunday, May 11, 2008

Computer Graphics Lab Programs & Graphics Editor Project Report.

Get Computer Graphics Lab Programs Over here.

You can get the Graphics Editor project report over
here. And you can get the project source code over here.





Above pic is a 2d Raster Graphics editor coded entirely in Turbo C++ 3.0. Adheres to all 6th sem graphics lab requirements.
Download source code and executables here

Saturday, April 26, 2008

Information Sciense[ISE] notes and questions.

Learning Resource
Subject Download
1st Semester
Computer Programming Program Source Module-1 [4.93 MB]
3rd Semester
Mathematics - III
Electronics Circuits
Logic Design Test 1 [164 KB]
Discrete Mathematical Structures
Data Structures With C Test 1 [17 KB]
Unix and Shell Programming
Data Structures Lab Lab Manuals [26 KB]
Electronics Circuits & Logic Design Lab Lab Manuals [2.16 MB]
5th Semester
Systems Software Test 1 [154 KB]
Operating Systems
Database Management Systems Test 2 [414 KB]
Data Communications
Unix and Shell Programming Test 1 [19 KB]
File Structures Test 1 [87 KB]
Microprocessor Laboratory Lab Manual [2.81 MB]
File Structure Lab
7th Semester
Engineering & Technology Management
Object Oriented Analysis & Design
Java and CGI programming
Computer Networks-II
Distributed Operating System Test 1 [91 KB]
Fuzzy Logic Test 1 [190 KB]
Principles of User Interface Design
Networks Laboratory Lab Manual [239 KB]
CGI Programming Laboratory Lab Manual [112 KB]

Computer Sciense Engineering[CSE] Notes and Questions.

Learning Resource
Subject Download



4th Semester
Computer Organisation
Graph Theory and Combinatorics
ADA Tet 2 [112 KB]
6th Semester
Unix System Programming
Software Engineering
SSM
Computer Graphics Test 1 [8 KB]
8th Semester
Data Mining & Warehousing Course material [1.44MB]
Mobile Communications Course material [6.93MB]
ACA

Learning Resource
Subject Download



4th Semester
Computer Organisation
Graph Theory and Combinatorics
ADA Tet 2 [112 KB]
6th Semester
Unix System Programming
Software Engineering
SSM
Computer Graphics Test 1 [8 KB]
8th Semester
Data Mining & Warehousing Course material [1.44MB]
Mobile Communications Course material [6.93MB]
ACA

Saturday, February 9, 2008

Syllabus notes and question papers for Telecom all semesters

Learning Resource
Subject Download
2nd Semester
Basic Electronics
3rd Semester
Analog Electronics
Electrical Conductivity Course Material [634 KB]
Electronic Instrumentation
Engineering Maths - 3 Test 1 Solution [73 KB]
Field Theory
Logic Design Download [10.5 MB]
Network Analysis
4th Semester
8085 Course Material [5.17 MB]
Computer Organisation Course Material [6.45 MB]
Field Theory
ICs & Applications Course Description [6 KB]
5th Semester
Advanced Microprocessor Test 2 [193 KB]
Analog Communication
Solid State Devices
Telecom Switching
Transmission Lines Wavegides
6th Semester
Antenna Propogation Course Material [1.38 MB]
Microcontroller Application Course Material [151 KB]
VHDL Course Material [23.1 MB]
Microwave Engg. Lab viva questions Lecture notes [29 KB]
7th Semester
Satellite Communication
Computer Communication Networks
Data Structure C++
8th Semester
Embedded Systems & Design Course Material [7.65MB]
High Performance Communication Networks Course Material [157KB]
Optical Fiber Communication

Saturday, December 8, 2007

Advanced Microprocessors 8086 Interfacing

Input - Output (I/O)
– I/O devices are controlled by reading and/or writing bit
patterns to/from special registers associated with the
particular device. These registers are very similar to ordinary
memory locations, but are located on the I/O devices
interface card, which sits between the device and the
computer bus.
– These registers are connected to PORTS. One way of
remembering what a PORT means is P(ort) means
P(hysical) connection via wires to P(eripheral).
– On many computers (e.g. Motorola 68000) I/O devices are
all memory-mapped, that is their registers appear to the
CPU exactly like ordinary memory locations. Therefore there
are no special I/O instructions - the ordinary mov
instructions suffice.

I/O on the 8086 (D6)
– On the 8086 however most I/O is done via special in and
out instructions, which refer to a completely separate 16 bit
I/O memory-map.
– The out instruction writes a byte to a register associated
with an output device.
– Similarly the in instruction inputs a byte from an input
device.

The OUT instruction
The IN and out instructions are always used in conjuction with
the DX and AL registers.
out dx,al
– outputs the byte stored in al to the output port indicated by the
contents of dx. So
mov dx,4100
mov al,08
out dx,al
– Writes the bit pattern 00001000 to the output device connected to
port 4100. This bit pattern will have an effect that depends on the
device that is connected physically to the port at this address.
On a D6 it will output a 1 to the speaker.

The OUT Instruction
Select Port Data Sent to Port
– Bit7 Bit6 Bit5 Bit4 Bit3 Bit2 Bit1 Bit0
Port Address [4100] 0 0 0 0 1 0 0 0
Speaker
Output a “1” on bit 3 of byte sent to address 4100 switches the
Speaker “ON”.
Output a “0” on bit 3 of byte sent to address 4100 switches the
Speaker “OFF”.
Continuous ON/OFF/ON... switching of bit 3 creates an
ON/OFF/ON… pulse that causes the speaker to emit a sound.

The Displays
– Each display consists of 8 elements, the seven segments
that make up the characteristic "8" shape, and a small dot to
the bottom right of the "8". Each bit of the byte written to
4106 turns on or off one of these elements. Confusingly a 0
turns an element on, and a 1 turns it off (reverse logic). The
relationship between bits and elements is given below
bit 0 - top bar
bit 1 - top right bar
bit 2 - bottom right bar
bit 3 - bottom bar
bit 4 - bottom left bar
bit 5 - top left bar
bit 6 - middle bar
bit 7 - the dot

The Keypad
– The D6 keypad consists of three rows, each consisting of 8
keys.
– We use the OUT instruction to send out a signal (strobe) to
the keypad. We use the IN instruction to read back in the
signal as modified by a key-press.
– Two I/O registers are associated with the D6 keypad.
– To determine what key or keys are currently being held
down we strobe each row individually, by setting one of the
bottom three bits of the byte in address 4100 to zero.
– Bit 0 corresponds to the bottom row, bit 1 to the middle row,
and bit 2 to the top row.
– Again negative logic is being used, so by writing 110 to the
bottom three bits, we are actually strobing the bottom row,
101 corresponds to the middle row, and 011 to the top row.

- After issuing the strobe, we then read the contents of I/O
register 4101 to find out if a key or keys on that row are
being pressed down.
– Each bit from 4101 corresponds to a particular key, with 0
indicating that the key is depressed, 1 indicating that it is not.
Bit 0 corresponds to the leftmost key on the row, bit 7 to the
rightmost. If 4101 returns a value of 11111111, no keys are
being pressed.
.CODE
.STARTUP
start: mov dx,4100 ; Row Port Address Select
mov al,05 ; Select Middle Row
out dx,al ; Strobe Middle
mov dx,4101 ; Select Column Port Address
in al,dx ; Read in Keypress
Spring 2001 CA103 Computer Architecture

Tuesday, December 4, 2007

Draft Time-Table for Dec 07 Jan 08 BE/ B.Tech Examination.

Note:The CIP exam for 7th sem is rescheduled to 24th December,2007.

Click on the image below to enlarge.


Wednesday, June 20, 2007

Images of Lab equipments for the Power Electronics Lab.

The Power Electronic Lab Equipments From the EEE dept Labs. A glance to these might clear some of your doubts..

Click on the images below to enlarge.







The source of this post is Telengine.

The Microprocessor Labs Instruments pics.

Here are some pics of our dept microprocessor labs instruments. This might help you in ur practical exams.

Click on the images below to enlarge.

DAC :: Digital To Analog Converter.
KeyBoard Matrix

7 Segment Display.

All the best for your exams..
from the page Telengine.