Signal Processing deals with the operation of extracting, enhancing, storing, and transmitting useful information. This is probably second only to mathematics in terms of the number of areas it has been applied to from acoustics, audio, biomedical, communication, geophysics, image, sonar, speech, radar, terrestrial, to any other data including mechanical vibrations, transportation, and financial data analysis.
I teach the following courses. Click on the course title to find out more about the course. See you in class!
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This course provides an introduction to the
development of real-time digital signal processing
(DSP) systems from algorithm to hardware using DSP, FPGA and
hybrid DSP/FPGA rapid prototyping platforms.
This course provides an introduction to advanced topics
in digital signal processing--linear estimation and prediction
analysis, signal modeling, lattice filters, spectral estimation and
adaptive filters; signal processing algorithms and techniques used in a
broad range of applications.
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students registered in the course.
This course will familiarize the student with
principles of digital speech signal processing and its applications.
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students registered in the course.
Communications Systems deals with all aspects of information
transmission over wired (telephone/cable/optical-fiber) and wireless
(satellite/digital radio/cellular) channels. Communication plays such a
big role in everyday life, one can fully realize the impact of this
technology on society if only you can think of living a day without your
telephone, television, fax, or pager.
Communication Networks focus on transportation of multimedia
between interconnected groups of hosts/computers, switches, routers, and
a host of other input/output devices. The explosive growth of the
internet explains the reason why email addresses have replaced telephone
numbers. Truly the next century will be the age of the information
revolution.
I teach the following courses. Click on the course title to find out more about the course. See you in class!
This is a password protected website for the use of
students registered in the course.
This course will familiarize the students with the
theoretical and practical knowledge of local and metropolitan area
networks, including the study of the architectures and protocols of both
low and high speed networks (data rate > 100 Mb/s).
This course will provide an introduction to broadband
communications and their applications. The emerging standards for
broadband integrated services digital network (BISDN) based on SONET and
ATM will be discussed. These networks will provide an end-to-end
transport for bandwidth on demand multimedia services integrating
variable rate voice, data, image and video signals.
This course will introduce you to the world of wireless
communications and networks, expose you to the state-of-the-art
wireless systems and current standards.
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This course will introduce you to the fundamental
principles and techniques of analog and digital communication
systems.
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students registered in the course.
Students learning experience is enriched using integrated technology-enabled on-line education. All of the courses are web-enhanced and delivered using e-Education/Learning tools:
Accessed by logging on to the USF Web
Portal (my USF) .