Harinath Reddy P

From Msplacements


E-mail: harinath@research.iiit.ac.in
Contact No: +91 9985551728

Career objective
Design, development, or research in the areas of Wireless Communications, Signal Processing and Networks.

Education

  • MS by Research (ECE), IIIT-Hyderabad, Oct, 2009 (expected);
  • B. Tech. (ECE), IIIT- Hyderabad, June 2008, CGPA 8.22
  • Senior Secondary, Gowtham Junior College, Gudavalli, 2004, 91.7%
  • Secondary, Chaitanya Central School, Yenugonda, Mahabubnagar, 2002, 86.83%

Academic & Research Experience

  • Research Assistant at Communications Research Centre (CRC), 2007-present.
  • Teaching Assistant for Adaptive signal Processing course, fall 2008.
  • Teaching Assistant for Analog and Digital Communications course, spring 2009.
  • Teaching Assistant for Electronics Circuits course, Monsoon 2007.

Primary Research & MS Thesis

  • Performance Analysis of MC-CDMA systems in the Presence of RFO

Publication

[1] Harinath Reddy P and Dr. V Umapathi Reddy, "Degradation in BER Performance of MC-CDMA at High SNR with MMSE Equalizer in the Presence of Residual Frequency Offset: Cause and Remedy", submitted to Eurasip Journal on Wireless Communications and Networking.

[2] Harinath Reddy P, VVM Niranjan Kumar, Dr. Zafar Ali Khan, Dr. MB Srinivas, "Optimal power allocation in space and time in MISO Rayleigh fading channels with peak to average power ratio constraint", Sarnoff Symposium, 2007 IEEE April 30 2007-May 2 2007.

[3] VVM Niranjan Kumar, Harinath Reddy P, Dr. Zafar Ali Khan, Dr. MB Srinivas, "Optimal Power Allocation For Transmitter Selection In MISO Rayleigh Fading Channels", Sarnoff Symposium, 2007 IEEE April 30 2007-May 2 2007.



Academic Achievements

  • Attained an all India Rank of 1222 in the All India Engineering Entrance Examination (AIEEE), 2004.
  • Received Pratibha Scholarship for Academic Excellence for four years given by Govt. of Andhra Pradesh.
  • Attained 638 rank in EAMCET-2004.
  • Have been selected in the Dean’s list for academic excellence for the year spring-2006 and Monsoon-2007.

Course work
Wireless Communications, Adaptive Signal Processing, Digital Image Processing, Analog and Digital Communications, Speech Technology, Microprocessor based System Design, Electronics Circuits, Digital Logic Design, Computer Organization, Analog and Digital Circuits, Signals and Systems, Networks and Transmission Lines, Linear Control Systems, Introduction to VLSI Design, Digital Signal Processing, Information Theory and Coding, Communication Networks, Multirate Signal Processing, Coding on trellises and graphs, VLSI tools

Areas of Interest
Wireless Communication, Multi-carrier Communication, Signal Processing and Networks.

Computer Skills

  • Programming Languages:- Matlab, C, C++
  • Operating Systems:- Most flavors of Linux, Windows 95/98/ME/2000/XP
  • Software Tools:- Latex, Vim, Microsoft Office
  • Misc.:- HTML, Linux Shell Scripting
  • Electronics Tools:- Verilog, Magic, Multisim, P-spice

Projects

  • Classification and Identification of LPI Radar Signals. Faculty Advisor: Prof. V. Umapathi Reddy Abstract: The objective of the project was to develop algorithms for intercepting and analyzing LPI radar signals and trying to classify and identify them. Wavelets were used to get the time-frequency profile of the received signal and the LPI signals were classified based on the waveforms. Technologies used: C, Matlab
  • Optimal Power Allocation for MISO channels with PAPR constraint Faculty Advisor: Dr. Zafar Ali Khan Abstract: The aim of the project was to find an optimal power allocation method for MISO channels with the channel information being available at the transmitter Technologies used: Matlab
  • Co-ordinate Interleaved Modulation for MIMO Systems Faculty Advisor: Dr. Zafar Ali Khan Abstract: The objective of the project was to understand and simulate the performance of co-ordinate interleaved modulation for MIMO systems in Rayleigh fading channels. Technologies used: Matlab
  • Space-Time Block Codes Faculty Advisor: Dr. Zafar Ali Khan Abstract: This project involved studying and simulating the space-time block codes for MISO and MIMO systems in Rayleigh fading channels and analyse the performance of the system. Technologies used: Matlab
  • Digital Image Processing Techniques for the Detection and Removal of Cracks in Digitized Paintings Faculty Advisor: Dr. Jayanthi Siwaswamy Abstract: Many old digitized paintings have cracks. In order to remove these cracks, we can use digital image processing techniques. The cracks are detected by thresholding the output of the morphological top-hat transform. Afterward, the thin dark brush strokes which have been misidentified as cracks are removed using a semi-automatic procedure based on region growing. Finally, crack filling using order statistics filters or controlled anisotropic diffusion was performed. Objective of our project was to implement these techniques. Technologies used: C, Matlab
  • Other Projects:
  • 1: Convolution Codes.
  • 2: Down Counter and Alarm
  • 3: Bat or Pad
  • 4: Verilog implementation of Wavelet filters
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