Dear All Students,

There is a placement at VGEC, Chandkheda for Computer Engineering ( VII Semester) Students on Saturday(03-10-2015) at 9:30 A.,

Company don't have any criteria for the placement.

Inexture has some criteria those need be follow.

#1. There will be 1 year bond.
#2. Once the graduation will be completed. There will be initially 10K for the first 6 month that we can offer. Than package will be revised as per performance. If they performed well for the 6 month we can offer between 15-20K.

There will a aptitude test only for only.


Let me know in case of any query. 

S P Patel

GECP

System Programming tutorial for 5th semester Students.

Government Engineering College Patan

Computer Department

B.E. SEM V (Computer Science & Engineering)

Subject: System Programming                                          Subject code: 2150708

                                                                       Tutorial

1.	List various phases of a language processor. Explain roles of first two phases of it. Also explain symbol table.
2.	Explain two pass assembler.
3.	Explain Design of Macro Preprocessor.
4.	What is macro in programming language. Write an algorithm for macro definition.
5.	Explain java language Environment.
6.	What are advanced assembler directives. Explain any two with suitable example.
7.	Explain in details.   a. Macro Expansion   b. Nested Macro call
8.	What is the memory allocation? Explain in brief.
9.	Explain Parsing in detail.
10.	Explain Linker and loder in detail.
11.	Explain following terms. Semantic gap, Interpreter, System Programming, Linker and loder, Compiler ,Assembler

New Revised Practical list of System Programming for 5th Semester Students.

COMPUTER SCIENCE & ENGINEERING

B. E. SEMESTER: V

Subject Name: System Programming

Subject Code: 2150708  

1.	Write a program to implement the lexical analyzer.
2.	Write a Lexical Analyzer (using lex utility for UNIX).
3.	Write a program to left factor the given grammar.
4.	Write a program to remove the Left Recursion from a given grammar.
5.	Aim: Implement Recursive Descendent Parsing for the given Grammar. E -> T + E / T T -> F * T / F F -> ( E ) / i
6.	Implement Predictive Parser for the given grammar.  E -> T + E / T T -> F * T / F F -> ( E ) / i
7.	Write a SAL program in text file and generate SYMTAB and LITTAB.
8.	Use macro features of C language.
9.	Write a program which generates Quadruple Table for the given postfix String.
10.	Write a C program to parse a given string using Predictive parsing for given grammar. type → simple | ↑id | array [ simple ] of type simple → integer | char | num dotdot num

CD Practical List For 7th Semester

COMPUTER SCIENCE & ENGINEERING

B. E. SEMESTER: VII

Subject Name: Compiler Design

Subject Code: 170701

Faculty Name : Prof M M Chaudhari

Practical No	Title
1	Implement a program to implement simple lexical analyzer using C language.
2	Implement a program for a predictive parser (grammar from the book).
3	Implement RDP for a grammar. E->TE’ E’->+TE’ | ^ T->FT’ T’->*FT’ | ^ F->(E) | id
4	Write a program to eliminate left recursion from a grammar.
5	Write a program to left factor a grammar.
6	Write a program that will find the FIRST SET of the grammar.
7	Write a program that will find the FOLLOW SET of the grammar.
8	Write a Lexical Analyzer using Lex or Flex utility of UNIX for following: 1.      A lexer to print out all numbers from a given file. (Hint: By default lex reads from standard input). 2.      A lexer to print out all HTML tags in a file. 3.      A lexer which adds line numbers to the given file and display the same onto the standardoutput. 4.      A lexer which attempt to extract only comments from a C program and display the same on standard output. 5.      A lexer which replaces all the occurrence of “comp” with “COMP” and “dept” with “DEPT”. 6.      A lexer to do the word count functions of the wc command in UNIX. It prints the number of lines, words and characters in a file. 7.      A lexer which classifies tokens as words, numbers or "other". 8.      A lexer that changes all numbers to hexadecimal in input file while ignoring all others. 9.      This lexer prints only words followed by punctuation. If the following sentence was the input from standard input: "I was here", they said. But were they? I cannot tell. It will print the words here, said, they, and tell. It will not print the punctuation; only the words. 10.  Implement lexical analyzer for C language program.
9	Write a Parser using yacc or  utility of UNIX for following:       Write a Program for a simple desk calculator using YACC Specification and Also implements the code that checks semantic error from string.

VII- SEMESTER

VII- SEMESTER

ALL THE STUDENT OF VII SEMESTER ARE HERE BY INFORM THAT THEY HAVE TO GIVE PROJECT'S PRESENTATION WITHIN 28/09/2015 TO 03/10/2015 TO YOUR INTERNAL GUIDE.

DO THE REGISTRATION IN PMMS ON GTU WEBSITE.COMPLETE ALL THE ACTIVITY WHICH ARE MENTATION IN PMMS AT PRESENTATION TIME.

FOR REGISTRATION IN PMMS http://projects.gtu.ac.in/_layouts/15/GTUPMMS/ReqForStudentRegistration.aspx

FOR LOGIN IN PMMS
http://projects.gtu.ac.in/_layouts/15/GTUPMMS/GTULoginPage.aspx

Notice For BE Semester Vth For Microprocessor & Interfacing

 Government Engineering College,PatanComputer Science & Engineering DepartmentSubject : Microporcessor & Interfacing

Notice

                    All the students of Vth sem are hereby inform that they have to sign in the term work(Practical,Assignment-1) on or before 30th September 2015 without fail.                        

                   On the day of  Submission Term work without sign is not considered by respected faculty member. 

              

                  Student Who fail in mid sem exam or absent in midsem exam have to write last 3 years GTU Exam paper with all Options.

                                                                               Co-Coordinator,

                                                                               Prof. Ushma V Patel

3rd Semester Data Structure Mid-Sem Exam syllabus-2015

Computer Science and Engineering

Mid-Sem Exam syllabus

3^rd Semester JULY- NOV- 2015

Subject Name:  DATA STRUCTURE

Subject Code:   2130702

1.      INTRODUCTION TO DATA STRUCTURE :

         Data Management concepts,

         Data types – primitive and non-primitive,

         Performance Analysis and Measurement

         Types of Data Structures- Linear & Non Linear Data Structures.

2.      LINEAR DATA STRUCTURE :            Array: Representation of arrays,                        Applications of arrays,                        Sparse matrix and its representation.            Stack: Stack-Definitions & Concepts,                        Operations On Stacks,                        Applications of Stacks,                        Polish  Expression, Reverse Polish Expression And Their Compilation,                        Recursion,                        Tower of Hanoi.          Queue: Representation Of Queue,                       Operations On Queue,                       Circular Queue,                       Priority Queue,                       Array representation of Priority Queue,                       Double Ended Queue,                       Applications of Queue.  Linked List: Singly Linked List,                        Doubly Linked list,

            Circular linked list,

            Linked implementation of Stack,

            Linked implementation of Queue,

            Applications of linked list.

3.      NONLINEAR DATA STRUCTURE :

        Tree: Definitions and Concepts,

                  Representation of binary tree,

                  Binary tree traversal (Inorder, postorder, preorder),

      Threaded binary tree,

      Binary search trees,

     Conversion of General Trees to Binary Trees,

     AVL trees.

Notice for 7th sem students

NOTICE

All the 7th Semester students are informed that they must have to remain present tomorrow. Check below details.

Date	Time	Subject	Venue
24/9/15	02.00 PM	Meeting for upcoming Workshop	Computer Department Seminar Hall

Soft Computing Practical List for 7th semester.

COMPUTER SCIENCE & ENGINEERING

B. E. SEMESTER: VII

Subject Name: Soft Computing

Subject Code: 173101

Sr. No.	Topic
1	Write a program to implement Back-propagation Learning Algorithm.
2	Write a program to implement basic fuzzy set operations union, intersection, complement.
3	Write a program to implement roulette wheel selection.
4	Write a program to implement single point crossover.
5	Write a program to implement single bit, point mutation.
6	Write a program to generate a new population from previous population.
7	Write a program to solve the nonlinear optimization problem.
8	Write a program to implement GA based weight determination.
9	Write a program to implement Travelling Salesman Problem for n cities using Genetic Algorithm.

Soft Computing Assignment Of 7th Semester

Government Engineering College Patan

Computer Department

B.E. SEM VII (Computer Science & Engineering)

Subject: Soft Computing                                                        Subject code: 173101

Assignment

1.     Give the differences between Supervised Learning and    Unsupervised learning.

2.  List feature of fuzzy NN. Justify the use of fuzzy logic in soft computing.

      3.  Compare Single Layer Vs. Multilayer Perceptron.

4.  Describe Mamdani FIS with its advantages. Differentiate between           

      Mamdani FIS and Sugeno FIS.                                                                               

      5.  Discuss various operations of fuzzy sets with example.

6.  Explain the various learning steps of back propagation network.

7.  Describe learning vector quantization with suitable example.

      8. What are limitations of single layer perception model? How it can be    

           Overcome.

      9.  Discuss the following terms:

               -Perceptron

               - Membership Function

    10.  Discuss the following terms of fuzzy set theory in brief with example:

                - Fuzzy Relation

             - Linguistic Variable

    11.  Describ e the different activation functions in neural network.

    12. What do you mean by activation function, bias, and delta rule?