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ATI's MATLAB Introduction & Applications course
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Summary:
This three-day course is designed for engineers and
physical scientists who want to develop a working
knowledge of MATLAB to solve classes of problems
in engineering and science. The course will teach you
to create readable, compact and easy-to-debug
MATLAB programs, and will emphasize the
graphical display of results. The applications will be
tailored to the interests of the attendees.
Instructor:
Dr. Nicholas Beser received a Ph.D. in 1983 in
systems engineering and computer
science from the University of
Pennsylvania. Dr. Beser has worked
at the Johns Hopkins University
Applied Physics Laboratory for over
12 years. Currently, he is the lead
researcher on several Video
Exploitation IR&D projects
developing video mosaic, super-resolution, and
automated scene change detection methods. In
addition, he has supplied video exploitation services
to both Howard County Police and Baltimore City
Police in the analysis and enhancement of crime
video tapes. Dr. Beser is also lead researcher on
several video compression projects and is the
JHU/APL representative to the International
Standards Organization Moving Pictures Experts
Group (MPEG) Panel. He has authored many papers
on data compression standards, history of space data
compression, and data compression quality measures.
In his role as lecturer at the Johns Hopkins University,
Dr. Beser teaches a data and image compression class
at the graduate level. In addition, he also has
extensive work experience in the area of high-speed
signal and data processing covering both design and
software.
What you will learn:
- Take advantage of MATLAB’s matrix-based instruction set.
- Use MATLAB to formulate vectorized solutions for computation based
problems.
- Generate fully annotated 2D and 3D graphs.
- Use MATLAB to read/write and manipulate variety of data formats.
- Solve optimization problems.
- Apply MATLAB to obtain solutions to problems in your area of interest.
Course Outline:
- Introduction to MATLAB: Basic MATLAB syntax; MATLAB and
matrices and vectors; mathematical operation with matrices; dot
operations; strings (literals); input/output. Working with matrices.
Data manipulation.
- Program flow control: Control of program flow - while loop, if
statements, for loop, switch statements. File I/O.
- Introduction to functions: The function file; creating functions..
- Some frequently used MATLAB functions: Zeros of functions,
numerical integration, local minimum of a function.
- Other examples of MATLAB functions: fitting data with
polynomials, interpolation of data.
- Graphic Visualization. Controlling the display. Handling graphics.
- Selected applications chosen from students’ interest areas
including signal processing, data compression, image processing, and
video processing.
- Graphic User Interface Development. Creating menus, pushbuttons,
scroll bars, radio buttons, and callbacks. The MATLAB GUI
Development Tool (GUIDE) will also be covered.
- MATLAB Optimization and Extension. Interfacing with external
programs. Calling C Routines. Create standalone MATLAB programs
with the MATLAB compiler.
Upon completion of the course you will be able to rapidly convert
a physical model into an approximate mathematical model to
predict the response of elements, devices, and systems.
Tuition:
Tuition for this three-day course is $1395 per person at one of our scheduled public courses. Onsite pricing is available. Please call us at 410-956-8805 or send an email to ati@ATIcourses.com.
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