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[QUOTE=Guest;212931]LAXMA REDDY.D
[b]Email [/b]: laxmareddy24 AT gmail.com 
[b]Objective [/b]: 
Contribute to the growth of the organization by taking up challenging tasks that would give me a chance to enhance my skills and support my career.
[b]Educational Qualifications [/b]:
M.Tech (Computers and Communication Systems, 2009-11) passed out in 2011 RRS college of Engg, with an aggregate of 70.94 percentage
B.Tech (Electronics and Communication Engineering) passed out in 2008 from Mother Theressa College of Engg, with an aggregate of 65.24 percentage. 
Intermediate passed out in 2004 from Board of Intermediate Education with an aggregate of 75 percentage.
Secondary School Of Education passed out in 2002 with an aggregate of 75 percentage.
[b]Technical Skills [/b]:
[b]Languages  [/b]: C and Core java.
[b]Testing Tools  [/b]: Good knowledge on Manual and QTP.
[b]Project Profile [/b]:
[b]Project name  [/b]: IMPLEMENTATION OF CDMA TRANSMITTER USING VHDL.
[b]Team Size  [/b]: 2.
[b]Role in Project  [/b]: Coding and Testing.
[b]Description  [/b]: Code division multiplexing is digital wireless technology used to transmission of signals in wireless communication systems this project is based on transmission of signals using CDMA technology. Here we look into various steps involved in the transmission process. We deal with various pseudo random noise codes used to obtain spread spectrum. Greater emphasis is given to generation of gold codes and its advantages, correlation properties. Two types of spread spectrum modulation are also looked into. The spread signal is then modulated using Differential Phase Shift Keying (DPSK) modulation technique. The channel bandwidth required transmitting the DPSK modulated signals and the spectral efficiency of DPSK signals are to be calculated.
[b]Language Used  [/b]: The software implementation of this project is done using VHDL.
[b]Project name  [/b]: MULTICAST AUTHENTICATION BASED ON BATCH SIGNATURE
(M.Tech)
[b]Team Size  [/b]: 1
[b]Description  [/b]: The basic sheme MABS targets at the packet loss problem,which is inherent in the internet and wireless networks. It has perfect resilience to packet loss, no matter whether it is random loss or burst loss. In some circumstances,however, an attacker can inject forged packets into a batch of packets leading to disrupt signature verification leading to dos.A naïve approach to defeat the dos attack is to divide the batch into multiple smaller batch and perform batch verification over each smaller batch.In the worst case,the attacker can inject forged packets at very high frequency and expect that each receiver stops the batch operation and recovers the basic per packet signature verification, which may not beviableat resource-constrained receiver devices.
[b]Language used  [/b]: Java
[b]Strengths [/b]:
- Self confidence.
- Commitment to Co-operative Team work.
- Goal Oriented.
- Good Communication skills.
[b]Achievements [/b]: 
 
- Selected for Satyam in placement in October 2007.
- Won second prize in group discussion conducted at college level competition.
- Participated in mini quiz conducted at kits engineering college.
- Won best student award at school level.
Declaration
I hereby confirm that the above mentioned information is correct to the best of my knowledge.
[b]Place [/b]: 
(LAXMA REDDY)[/QUOTE]

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