Sivarajan

T. SIVARAJAN. Objective: è To associate with a progressive organization and work dynamically towards the growth of organization. Summary è Having good knowledge in C, C++, Java, Visual Basic 6.0, VB.NET, and C #.NET. è Have Exceptional ability to quickly master new concepts and capable of working in-group as well as independently. è Ability to perform development tasks with minimal supervision and strong problem analysis skills with ability to follow project standards and procedures. è Excellent communication, team and interpersonal Skills. Education è Bachelor of Engineering (BE – E.C.E), Bharath Niketan Engineering College, Aundipatti, Theni Dt, Anna University, TamilNadu, India. o Percentage of Mark – 70.1%, Year 2005 to 2009 è Higher Secondary School (HSC), [login to view URL]. [login to view URL], Bodinayakanur, Theni Dt, TamilNadu, India. o Percentage of Mark – 75.00%, Year 2003 to 2005 è Secondary School Education (S.S.L.C), [login to view URL]. [login to view URL], Bodinayakanur, Theni Dt, TamilNadu, India. o Percentage of Mark – 92.00%, Year 2003 Professional Training è Pursuing Diploma in Advance Java, from Aptech Ltd., India. (Sep. 2009 to Nov. 2009) è Pursing Diploma in .Net Technologies, from Aptech Ltd, India. (Nov 2009 to Jan 2009) Technical Environment Language C, C++, Visual Basic 6.0, VB.NET, C#.NET,Java Database Ms Access Markup Languages HTML, XML Operating System Windows 2000/NT/XP/Vista Project Experience 1. PERFORMANCE ANALYSIS OF DFT-OFDM CDMA AND DCT-OFDM CDMA IN CARRIER OFFSET AND FREQUENCY FADING CHANNELS Software Used: MatLab Role : Developer Environment : Windows XP/Vista/7 Project Description: è This is prototype model to exactly calculating the bit-error probability (BEP) of a discrete cosine transform (DCT) - based orthogonal frequency- division multiplexing (OFDM) system on additive white Gaussian noise (AWGN) channels in the presence of frequency offset is derived. These results are used to examine and compare the BEP performance of a DCT-OFDM-CDMA system and the conventional discrete Fourier transform (DFT)-based OFDM system in an AWGN environment. Several signaling formats, such as binary phase shift keying, quaternary phase shift keying, and quadrature amplitude modulation are used. The performance of a DCT-OFDM-CDMA with a zero-padding guard interval scheme is then compared with a zero padded DFT-OFDM-CDMA over frequency-selective fast Raleigh fading channels. Analysis and simulation results show that the DCT-OFDM-CDMA system outperforms the DFT-OFDM system in the frequency offset, and in frequency-selective fast- fading environments. Responsibilities: è Involved in the development of Coding and Testing. è Involved in developing document. Personal Details Name T. Sivarajan. Father’s Name T. Thivaharan. DOB & Age 08/04/1988, 21 yrs. Sex & Marital Status Male & Single Nationality Indian Languages Known Read Write Speak English English English Tamil Tamil Tamil - - Kannada Present Address No.60. Annai Amaravathi Illam, Valasaravakam, Chennai – 600 097. India. Mobile No. [login to view URL] Email ID: Permanent Address No 60, Bharathi Narayanasami street, Bodinayakannur Pin Code- 625 513. TamilNadu, India.