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From: THOTA.SRIDEVI
Date: Wednesday, September 08, 2004
Time: 11:07 AM
CURRICULAM VITAE T.SRIDEVI D/O T.VENKATESWARA RAO Ph: 9440063860 H.NO.6-1-344/11 PADMA RAO NAGAR E-mail: thotasri@rediffmail.com SECUNDRABAD-25 CARRIER OBJECTIVE Seeking for a good challenging and growth oriented career in an industry. Possess sound oral and written communication skills, strong inter–personal skills have the ability to grab things fast. SUMMARY OF QUALIFICATIONS Master of engineering in Digital systems (ECE) with 73.3% in June 2004,from University College of engineering, O.U., Hyderabad Associate member in electronics and telecommunication engineering with 65.4% from IETE, New Delhi. Diploma in electronics and communication engineering with 62.1% from GOVT. polytechnic college for Women, Kakinada, A.P. 10th class with 65% from SSGP school, kaikalur, Krishna dt , A.P. ACADEMIC ACHIEVEMENTS: Ø 92.89 percentile in GATE 2002 Ø 658 rank in ECET 1994 Ø 1202 rank in CEEP 1990 TECHNICAL SKILLS: Programming Languages: C,C++, MATLAB,8085 ,VHDL DSP Processors: ADSP-BF533 Black_fin processors. DSP Tools: Visual c++.Net simulator,ADSP-BF533 Simulators. STRENGTHS Ø Ability to think independently and learn rapidly. Ø Work effectively as team member. Ø Detailed-oriented, methodical approach in solving technical problems. Ø Good analytical ability and leadership. Ø Excellent communication skills and decision-making. Ø Enthusiastic to learn new concepts and to work in a team. PROFESSIONAL EXPERIENCE: E.C.I.L., HYDERABAD. ONE YEAR TECHNICIAN APPRENTICE WORKING IN THE FIELD OF DIGITAL TRANSMISSION FOR VARIOUS CAPACITIES AND PIONEER WORKING FOR DOT PROJECTS. SIDHARTHA INSTITUTE OF TECHNOLOGY, SECUNDRABAD. More than two years teaching experience for diploma holders. 10 months experience as a M.E. project trainee in Audio group. Analog Devices India limited, Hyderabad design center PROJECTS: TITLE: Implementation of 1K point FFT using C DESCRIPTION:This project deals with the Implementation of FFT using C .FFT can be estimated by using important and efficient algorithms like DIT and DIF. In this project FFT can be realized using DIT algorithm. In this process we exploit both symmetry and periodicity of complex exponential WNnk. TITLE: Image Enhancement using MATLAB. DESCRIPTION: Image processing involves the manipulation and interpolation of digital images with the aid of a computer. The task that involves in the image processing is to extract or display more information from the image for human perception. Several techniques like image enhancement, image restoration, image segmentation and image encoding. In this project Image enhancement techniques such as contrast stretching, map each gray level into another gray level by a predetermined transform action. TITLE: psycho acoustic and TNS models for AAC-LC encoder and implementation of MDCT on blackfin processor DESCRIPTION: The MPEG-2 AAC audio encoder is a fully state-of-the-art audio compression tool kit that provides performance superior to any known approach at bit rates greater than 64 kbps and excellent performance relative to the alternatives at bit rates reaching as low as 16 kbps. MPEG2 AAC LC ENCODER, most formerly know as Non backward Compatible (NBC). Compared to the previous Audio standards, AAC takes advantage of new tools such as Temporal noise shaping, backward adaptive linear prediction and enhanced joint stereo coding techniques. AAC supports a wide range of sampling rates (8–96 kHz), bit rates (16–576 kbps) and from one to 48 audio channels. First all the blocks were implemented in “C” floating point. The simulation results are tested in MATLAB. Then MDCT block was implemented in fixed point and ported in ADSP BF-533. TITLE: 2 \ 8 Multiplexer Client: Department of Telecommunication DESCRIPTION: The 2 \ 8 Multiplexers are used to combine four 2MB streams into one 8 MB stream. Each 2MB stream contains of information of 30 subscribers and it multiplexes 120 subscribers information into one electrical output. It can also do the vice-versa. Where in 120 subscribers information is decoded into 4-30 channels. It has also various alarms to indicate preventive and breakdown situations. (T.Sridevi)
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