Ask Question / Post resume

Post a reply to the thread: Interdisciplinary School of Scientific Computing M.Sc Entrance Exam Syllabus : issc.unipune.ac.in

Your Message

Your Username:

Click here to log in

Notes:-
1) You can copy and paste your full resume in the box below.
2) Or you can ask your question. We try to answer, as far as possible.

Title:

[QUOTE=ijt.Ranjani;315794][B][U]Organisation [/U][/B]: Interdisciplinary School of Scientific Computing
[B][U]Announcement [/U][/B]: Syllabus
[B][U]Name Of Exam [/U][/B]: M.Sc Entrance Exam

[B][U]Home Page [/U][/B]: [URL]http://issc.unipune.ac.in/[/URL]
[B][U]Download Syllabus Here [/U][/B]: [URL]http://issc.unipune.ac.in/syllabus.php[/URL]

[B][U]M.Sc Entrance Exam Syllabus [/U][/B]:
[B][U]Sem I [/U][/B]:
[B]Principles of Programming Languages I [/B]:
Introduction and Motivation Algorithm Analysis Techniques, Algorithm Design Techniques, Graph Theory, NP-Completeness.

[B]Software Engineering [/B]:
Introduction to software engineering, The software process, Software engineering practice, Software constructions and implementation, Advance topics in software engineering

[B]Advance Database Management Concepts(ADBMC)[/B]:
Review of Database management concepts. Data storage, Database file structure and Implementation of Indexes Query processing and optimization Transaction management Parallel and distributed databases Object oriented database design Data Mining

[B]Mathematics for Scientific Computing [/B]:
Functions, Limits, Continuity, Differentiation & Integration Linear Algebra and Matrices Infinite Series Fourier Series and Fourier Integral Ordinary Differential Equations Partial Differentiation Vector Analysis

[B]Computational Laboratory I [/B]:
Experts from industry will guide projects, which will be based on current technologies.

[B][U]Sem II [/U][/B]:
[B]Principles of Programming Languages II [/B]:
[B]C++[/B]
Basic Facilities Data types,Variables, declarations Pointers and arrays and Structures Dynamic memory. Expressions and statements Various Types Of Functions (Inline, Friend etc) Namespases and Exceptions Concept Of Classes, Types of Classes. Encapsulation, Conversions, type Promotion, Default Arguments And Type Casts. Operator Overloading Inheritance, Virtual Functions. Templates. Exception Handling.

[B]LISP[/B]
Introduction, The LISP Programming Language, Pattern Matching, Knowledge Representation Searching

[B]Operating System Concepts [/B]:
Introduction to UNIX Implementation of buffer cache File system, Process, Process Scheduler, Memory Mangement Techniques Time and Clock, I/O Subsystems, Interprocess Communication, and thread communication

[B]Numerical Methods For Scientific Computing I [/B]:
Number Systems and errors Linear Equations Algebraic eigenvalue problem Curve Fitting and Functional approximation Numerical Differentiation & Integration

[B]Computational Laboratory II [/B]:
Experts from industry will guide projects, which will be based on current technologies.

[B][U]Sem III [/U][/B]:
[B]Network Concepts [/B]:
Review of basic concepts of Data Communication, Transport and Session Protocols, Internetworking, Presentation Layer, Application Layer, Fiber Optic Networks, Satellite Networks

[B]Scientific Visualization [/B]:
Introduction to computer graphics, Raster graphics techniques, Vectors and their use in graphics, Transformation of pictures, 3-D viewing with synthetic camera, 3-D graphics, Write Frame Models, Hidden Line and Surface Removal, Backface Culling, Light and Shading Models , Rendering Polygonal Masks Flat, gouraud, phone shading, Ray Tracing, Introduction to multimedia and animation

[B]Numerical Methods for Scientific Computing II [/B]:
Numerical Differentiation and Integration, Numerical Methods for Ordinary Differential Equations, Optimization - Golden Search Methods, Brents procedure, quasi-Newton Methods, Direction Set Methods

[b][u]Electives [/u][/b]:
    [b][u]EL-1 [/u][/b]: Parallel Computing and Grid Computing
    Introduction Solving Problem in parallel Structure of parallel computers Programming parallel computers Case Studies Grid Computing
    
    [b][u]EL-2 [/u][/b]: Application of Computers to Chemistry
    Computational Chemistry, Fundamentals of Chemistry, Molecular Representations and Search Molecular Graphics and fitting Force Field (FF) Methods Classical energy minimization techniques Conformational Analysis, Semi-empirical QM calculations Molecular Docking Molecular Descriptors Quantitative Structure Activity, Relationship Futuristic modeling techniques
    
    [b][u]EL-3 [/u][/b]: Statistical Computing
    Introduction to statistical computing, Random Number Generation, Monte Carlo Methods, Non-linear Statistical Methods, Multiple Linear Regression Analysis
    
    [b][u]EL-4 [/u][/b]: Computer Application if Physics
    Monte Carlo Methods, Numerical Solutions of Schrodinger equations, Electronic Structure Calculation on simple solids, Classical Molecular Dynamics
    
    [b][u]EL-5 [/u][/b]: Biological Sequence Analysis
    Analysis of DNA and Protein sequence, Sequence alignment, Fragment assembly, Genome sequence assembly, Neural network concepts and secondary structure prediction Probabilistic models, Evolutionary analysis
    
    [b][u]EL-6 [/u][/b]: Modeling of Biological Systems
    Concepts and principles of modeling. Limitations of models, Models of behavior, Modeling in Epidemiology and Public Health SIR models
        
    [b][u]EL-7 [/u][/b]: Artificial Intelligence
    Introduction to Artificial Intelligence Game playing Knowledge representation using predicate logic Knowledge representation using non monotonic logic Planning Perception Learning Neural Networks Natural language processing Expert system
    
    [b][u]EL-8 [/u][/b]: Soft Computing
    Fuzzy logic, Neural Networks, Genetic Algorithms
   
   [b][u]EL-9 [/u][/b]: Design Concepts and Modeling
    Introduction to design process, Inception phase, Elaboration phase, Construction phase, Transition phase
    
    [b][u]EL-10 [/u][/b]: Software Testing
    Introduction to software testing and analysis, Specification-based testing techniques, Code-based testing techniques, Unit testing, Integration testing, OO-oriented testing, Model-based testing, Static analysis, Dynamic analysis, Regression testing, Methods of test data generation and validation, Program slicing and its application, Reliability analysis, Formal methods; verification methods; oracles, System and acceptance testing[/QUOTE]

All times are GMT +5.5. The time now is 06:31 PM.