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Dr.Vennapusapalli Shavali
Sri Venkateswara Institute of technology,Anantapur, GATES, JNTUA, Sri Chaitanya Educational Institutions, SSE, Little Flower School
About
I am Dr.V.Shavali ,Working as Professor & HOD in the Department of ECE Having 18 + years of experience
Research Interest's in LOW Power VLSI, Embedded Systems
Qualification M.Tech,Ph.D
Employment
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Sri Venkateswara Institute of technology,Anantapur professor & HOD2024 - Present
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GATES ASSOCIATE PROFESSOR, Additional controller of Examinations2021 - 2024
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SSE ASSISTANT PROFESSOR2019 - 2021
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SVIST ASSISTANT PROFESSOR & HOD2013 - 2019
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SVIT-ANANTAPUR ASSISTANT PROFESSOR2011 - 2013
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INP engineering college kurnool Assistant professor2010 - 2011
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Safa college of engineering and techology Assistant professor2006 - 2008
Education
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JNTUA Doctor of Philosophy -Ph.D2013 - 2023
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Sri Chaitanya Educational Institutions MPC2000 - 2002
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Little Flower School School for 1 to 101989 - 2000
Projects & Funding
Projects & funding information is unavailable.
Publications (12)
- An Optimized Error Detection and Correction Codes for Space Engineering Save
- ANALOG AND DIGITAL ELECTRONICS: THEORY AND PRATICE Save
- ANALOG AND DIGITAL ELECTRONICS: THEORY AND PRATICE Save
- Title of the Invention: IoT, Big Data Science & Analytics, Cloud Computing and Mobile App Based Hybrid Model for Healthcare Management System. Application Number 202431051836 Certificate NO: IN-AP81809607827476W Certificate Issue Date:24-Apr-2024 06:11 … Save
- Controlling and Scheduling of Homely Devices by Minimizing Power and Traffic Using IOT with Google Assistant Save
- Reconfigurable data encoding schemes for on-chip interconnect power reduction in deep submicron technology Save
- Analysis of Coupling Transition for the Encoded Data and Its Logical Level Power Analysis Save
- Reduction of coupling transitions by using conditional varying code for data a data bus circuits Save
- Reduction of Coupling Transition by Using Multiple Encoding Technique in Data Bus and Its Power Analysis Save
- Performance of rc low encoding techniques for reducing coupling transitions Save