These
days the software based projects and thesis work are the most liked and
convenient option for engineering graduates, post-graduates and doctoral
candidates. No doubt the experimental work done on hardware can never be
replaced, as it has an edge over the virtual results produced using software.
But the use of software for design, development and verification of the results
has increased in the recent past due to accuracy and suitability of numerous
software packages available for different applications.
Every
software package has a quality of its own. Some are used for system level
simulations while some are used for component level simulations, some are good
at numerical computations while some are more suited for analysis and visualizations.
Few of the software used these days are,
£ MATLAB – Language for engineering computations
£ LabVIEW – Graphical Programming Language to
develop virtual systems
£ OrCAD, PSPICE – Design and test component level
electronic circuits
£ VHDL – Programming platform for embedded systems
£ Verilog, Xilinx - Programming platform for
embedded systems
£ CATIA – CAD/CAM/CAE Software
£ C, C++ - Basic Programming Languages
Out
of all these MATLAB is the most used software. It is good for system level
simulations, excellent engineering computation facility, admirable analysis
tools and superb visualization ability. This software is also not bounded to
any one branch of engineering. It has toolboxes to facilitate the work of communication,
electrical, mechanical, aerodynamics, etc. Also, the hardware interaction
capability is nice and can be used to develop and test the software coupled
hardware projects.
The
projects and thesis using MATLAB can be developed for
² Biomedical Imaging
² Digital Signal Processing
² Image Processing
² Communication System
² Audio Processing
² Video Processing
² Encryption
² Robot Control
² Fuzzy Control based System Design
² Artificial Neural Network based System Design
² Nature Inspired Optimization of System Parameters
The
resources for MATLAB are easily available on internet.
The best book as per my experience for the
beginners is
Stephen J. Chapman,
“MATLAB Programming for Engineers”, Cengage Learning (Click here to read)
As per my
experience, after collecting the basic knowledge of MATLAB, the best way to
start your work is to search the title of your work at the MATLAB Central
website (Click here to visit the website).
You’ll definitely get hold of similar programs that you may modify according to
your specific needs.
The
links for some of the books and resources freely available on internet are
Ü Rudra Pratap, “Getting Starting with MATLAB”,
Oxford University Press
Ü Brian R. Hunt, Ronald L. Lipsman and Jonathan M.
Rosenberg “A Guide to MATLAB”, Cambridge University Press (Download)
Ü David Houcque, “Introduction To Matlab For Engineering
Students” (Download)
Ü Allen B. Downey, “Physical Modeling in MATLAB” (Download)
Ü Todd Young and Martin J. Mohlenkamp, “Introduction
to Numerical Methods and Matlab Programming for Engineers” (Download)
Ü J. Michael Fitzpatrick and John D. Crocetti, “Introduction
to Programming with MATLAB” (Download)
I
hope the above information is useful for you all.
Enjoy exploring MATLAB,
Nidhika
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