THESIS 123 WILL GIVES YOU TRAINING IN MATLAB Fundamentals and Programming Techniques is a training course that provides a working introduction to the MATLAB technical computing environment. MATLAB course is useful for students, researchers and for Industry people. MATLAB course is intended for beginners (B.E / B. Tech / under graduate students) and intermediate users (M.E / M.Tech / post graduate students) and for professionals (For researchers and Industry people). Thesis123 have experienced professionals in MATLAB who can support industry consultancy, research projects and student projects.
Thesis123 experts are conducting MATLAB online training throughout the world at continent time and place. Thesis123 experts resolve your problems in MATLAB programming / SIMULINK / GUIDE or any other troubleshoots related to MATLAB
Course I: MATLAB for Beginners
Introduction to MATLAB
Introduction, Starting and ending a MATLAB session, MATLAB Environment, Help Feature, Types of Files, Platform, Search Path, Some Useful MATLAB Commands
Constant, Variables and Expressions
Introduction, Character Set, Data Types, Constants and Variables, Operators, Hierarchy of Operations, Built-in Functions
Vectors and Matrices
Introductions, Scalars and Vectors, Entering data Matrices, Line Continuation, Matrix Subscripts/Indices, Matrix Manipulations, Generation of special matrices, Matrix and array operations, Functions with array inputs, Structure arrays, Cell arrays
Introductions, Entering polynomial, Polynomial evaluation, Roots of a polynomial, Polynomial addition and subtraction, polynomial multiplication, polynomial division, formulation of polynomial equation, characteristic polynomial of a matrix, polynomial differentiation, polynomial integration, polynomial curve fitting, evaluation of polynomials with matrix arguments
Introduction, Data input, Interactive inputs, Reading/Storing File Data, Output commands, Low- Level input-output functions
Introduction, Two-Dimensional Plots, Multiple plots, Style options, Legend command, Sub plots, Specialized two-dimensional plots, Three-dimensional plots
Introduction, Loops, Branches control structures
Writing Programs and Function
Introduction, MATLAB Editor, MATLAB programming, Creating m-files, Function Subprograms, Types of functions, Functions Handles, Errors and Warnings, MATLAB Debugger
Introduction, Starting SIMULINK, SIMULINK modeling, Solvers, Simulating a model, Using variables from MATLAB, Data import/export, State space modeling and simulation, Simulation of non-linear systems, Obtaining state-space model from SIMULINK diagram, Creating sub-system, Creating masked sub-system, Getting help for SIMULINK.
Course II: Advanced MATLAB
Overview of MATLAB Basics
Ordinary Differential Equations and Symbolic Mathematics
Introduction, Ordinary differential equation solvers, Symbolic mathematics
MATLAB Applications in Control Systems- Part I
Introduction, Laplace transform, Inverse laplace transformation, Partial-fraction expansion using MATLAB, Transfer function representation, Zeros, ploes and pole-zero map of transfer function, State-space representation of dynamic system, Transfer function to state-space conversion, State-space to transfer function conversion, Series/cascade, parallel and feedback connections, Time response of control system, Standard input test signals, Step response of linear dynamic system, Performance indices, Impulse response of control systems, Ramp response of control system, Response to arbitrary input, Steady-state errors analysis, Different representations of transfer function, Steady-state errors, Steady-state errors for different types of input, Steady-state errors for different types of systems, Stability of control system, Routh hurwitz criterion, Routh stability criterion(state-space representation)
MATLAB Applications in Control Systems-II
Introductions, Root locus, Root locus plot using MATLAB, Root locus using plot command, Polar gridlines in root locus diagram, Finding gain K at A given point on the root locus, Root locus plot (state-space representation), Frequency-domain analysis of control system, Frequency response representation, Bode plots, Plotting bode diagrams, Indicating gain and phase angles on the bode diagram, Gain margin and phase margin, Gain margin and phase margin calculation using MATLAB, Frequency response specifications, Calculation of frequency response specifications, Bode diagrams for state-space representation, Polar plots, Nyquist plots, Nyquist plots for state-space system, Nichols chart.
MATLAB Applications in Neural Networks
Introduction, Salient features of artificial neural networks, Artificial functions, Transfer functions, ANN architectures, Multilayer perceptron, Radial basis function network, Learning, Applications using multilayer perception, Generation of input-output training data, Creating a neural network, Using graphical user interface, ANN based control, Process control problem, Implementation of ANN controller, Creating RBF neural network, Self-organizing feature maps
MATLAB Applications in Fuzzy Logic System
Introduction, Linguistic variables and membership functions, Fuzzy operations, The rule matrix, Fuzzy inference system, Building system with graphical user interface, Working from the command line, Fuzzy controller example
MATLAB Applications in Digital Signal Processing
Introductions, Signals and systems classifications, Operations on discrete-time signals, Multi-rate signal processing functions, Convolution, Z-Transform, Discrete-time Fourier transform, Discrete Fourier transform, Fast Fourier transform(FFT), Digital filter design, Filter design and analysis tool, Filter visualization tool, IIR filter design using FDA tool, FIR filter design using FDA tool
Other MATLAB topics
MATLAB GUIDE, MATLAB COMMUNICATION, MATLAB DIGITAL SIGNAL PROCESSING, MATLAB SIMMECHANICS, GENETIC ALGORITHM, PARTICLE SWARM OPTIMIZATION, BACTERIAL FORAGING , BIO GEOGRAPHY OPTIMIZATION, ANT COLONY..MANY.
|Course||Date of starting|
|MATLAB for Beginners||—|
|Intermediate course on MATLAB||—|
|Advanced course on MATLAB||—|
|Basics course on Embedded systems||—|
|Intermediate course on Embedded systems||—|
|Advanced course on Embedded systems||—|
Interaction between various colleges and universities plays an important role in providing students with an exposure to trends and current affairs in the fields of technology and career opportunities. We provide educational institutions with guest lectures and expert talks from faculty of other leading universities and colleges.
We also organize workshops in the institutions in various areas to help students improve their technical skills.
|Training Your faculty|
|Training in new subjects|
Consultancy for Students and Parents
We are conducting number of programs for students, faculty and persons from industry in all trainings and educational fields. We take care of students by counseling and guiding to find better career opportunities and let them unleash their skills and abilities in suitable direction.
|Complete End to End Project Guidance|
|Guiding in Proper Selection of Subjects|
|Guidance for Career Opportunities|
We provide industries with guest lectures from eminent academicians across the globe and technical experts from leading organizations. This is to update the industry with latest trends in technology and know-how. This interaction is essential for an industry to improve on the efficiency and to train the staff in upcoming challenging technologies. We find professors and researchers from leading institutions and organizations apt for industry requirements, may it be for technology know-how or to assign research and development projects. We provide technical talks, seminars and workshops from organizations researching on software and tools which now-a-days form essential platform for any industry to design, test and implement their products.
|Training your staff for updating to the latest technologies.|
|Supporting R & D|