This document contains the resume of Sravya Vanganur. She completed her M.Tech in VLSI from National Institute of Technology, Calicut, Kerala in 2016 with a CGPA of 7.67. She has work experience as an intern at Intel technologies Pvt. Ltd. since June 2016 where she is responsible for physical design, timing closure, and reliability analysis. Her technical skills include synthesis, placement and routing flows, timing analysis, and familiarity with CAD tools like Synopsys. She has completed projects in ASIC implementation from RTL to GDSII, magnitude comparators, and reversible data hiding techniques. Her strengths are listed as individual learning skills, strong analytical ability, and being optimistic in nature
Adaptive Weight Computation Processor for Medical Ultrasound Beam former: VLS...iosrjce
We find difficult to detect and diagnosis the disease in olden times ,our human body is sensitive and
there are lot of obstacles in which we fail to understand the disease as well as the activities that are going inside
our body, so recently scientists have found out how ultrasound can be useful in medical field .In this paper we
discuss about the beam former technology using VLSI architecture and FPGA implementation.
Design and Testability of Diverse Reversible Error Control CircuitsVIT-AP University
The authors of this work realized a need for a conservative reversible nanocircuit which can involve quantum computing to researchers and other having a requirement for a cognizance of the emerging field, and the work attempts to meet that need. The book beginnings with a basic to the topic of quantum computing. Followed by one supporting chapters on
quantum computing and testing. Nanocircuit design for the low-cost nano-communication framework is addressed in two chapters; one on error control, decoder and the other on testing reversible logic circuit. This leads to another contribution of this work in that synthesis, optimization, testing of reversible circuits, quantum circuit, and logic around quantumdot cellular automata build through the chapters. A Verilog code describes the algorithm of the HDLQ model components including all elements for the reversible gate is available for the readers. We hope that researchers and instructors find this book useful in their basic learning resource.
Edal an energy efficient, delay-aware, and lifetime-balancing data collection...LogicMindtech Nologies
NS2 Projects for M. Tech, NS2 Projects in Vijayanagar, NS2 Projects in Bangalore, M. Tech Projects in Vijayanagar, M. Tech Projects in Bangalore, NS2 IEEE projects in Bangalore, IEEE 2015 NS2 Projects, WSN and MANET Projects, WSN and MANET Projects in Bangalore, WSN and MANET Projects in Vijayangar
The optimum location of shear wall in high rise r.c bulidings under lateral l...eSAT Journals
Abstract Shear walls are the structural elements of the horizontal force resisting system .shear walls have high influence stiffness and strength and provided to resist gravity loads as well as lateral loads caused by seismic and wind. So many literatures are available to analyze and design of shear wall. However the optimum location and its effects in high rise r.c.buildings is not much discussed in any literatures. In this paper the main aim is to find the effective, efficient, and optimum location of shear walls in high rise irregular R.C building. In this present study the optimum location of shear wall has been investigated with the help of three different models. Model 1 is bare frame structural system and other two models are dual type structural system with central core wall and corner shear wall. An earthquake load is calculated as per IS 1893(PART-1)-2002 and applied to (G+20) storey R.C building in zone-2 and zone-5. The analysis is performed using ETABS 9.7.4 Software package. Keywords: Shear wall, Irregular building, ETABS, analysis of structure, High rise building
Adaptive Weight Computation Processor for Medical Ultrasound Beam former: VLS...iosrjce
We find difficult to detect and diagnosis the disease in olden times ,our human body is sensitive and
there are lot of obstacles in which we fail to understand the disease as well as the activities that are going inside
our body, so recently scientists have found out how ultrasound can be useful in medical field .In this paper we
discuss about the beam former technology using VLSI architecture and FPGA implementation.
Design and Testability of Diverse Reversible Error Control CircuitsVIT-AP University
The authors of this work realized a need for a conservative reversible nanocircuit which can involve quantum computing to researchers and other having a requirement for a cognizance of the emerging field, and the work attempts to meet that need. The book beginnings with a basic to the topic of quantum computing. Followed by one supporting chapters on
quantum computing and testing. Nanocircuit design for the low-cost nano-communication framework is addressed in two chapters; one on error control, decoder and the other on testing reversible logic circuit. This leads to another contribution of this work in that synthesis, optimization, testing of reversible circuits, quantum circuit, and logic around quantumdot cellular automata build through the chapters. A Verilog code describes the algorithm of the HDLQ model components including all elements for the reversible gate is available for the readers. We hope that researchers and instructors find this book useful in their basic learning resource.
Edal an energy efficient, delay-aware, and lifetime-balancing data collection...LogicMindtech Nologies
NS2 Projects for M. Tech, NS2 Projects in Vijayanagar, NS2 Projects in Bangalore, M. Tech Projects in Vijayanagar, M. Tech Projects in Bangalore, NS2 IEEE projects in Bangalore, IEEE 2015 NS2 Projects, WSN and MANET Projects, WSN and MANET Projects in Bangalore, WSN and MANET Projects in Vijayangar
The optimum location of shear wall in high rise r.c bulidings under lateral l...eSAT Journals
Abstract Shear walls are the structural elements of the horizontal force resisting system .shear walls have high influence stiffness and strength and provided to resist gravity loads as well as lateral loads caused by seismic and wind. So many literatures are available to analyze and design of shear wall. However the optimum location and its effects in high rise r.c.buildings is not much discussed in any literatures. In this paper the main aim is to find the effective, efficient, and optimum location of shear walls in high rise irregular R.C building. In this present study the optimum location of shear wall has been investigated with the help of three different models. Model 1 is bare frame structural system and other two models are dual type structural system with central core wall and corner shear wall. An earthquake load is calculated as per IS 1893(PART-1)-2002 and applied to (G+20) storey R.C building in zone-2 and zone-5. The analysis is performed using ETABS 9.7.4 Software package. Keywords: Shear wall, Irregular building, ETABS, analysis of structure, High rise building
Решение технологического кейса для компании "Аэрофлот"Mikhail Alekseev
Решение технологического кейса в рамках чемпионата Microsoft Challenge Cup "Внедрение технологий Microsoft в инфраструктуру компании Аэрофлот", команда ImprovY
1. PAGE 1
Course College/University Percentage /
CGPA
Year of
Passing
M.Tech
(VLSI)
National Institute of Technology, Calicut, Kerala 7.67 2016
B.Tech
(ECE)
S V College of Engineering, Tirupathi, Andra Pradesh 83% 2014
HSC
(MPC)
Sri Chaitanya College of Engineering, Tirupathi, Andra Pradesh 92% 2010
SSC Kendriya Vidhyalaya No.1, Vadodara, Gujarat 77% 2008
Sravya Vanganur
Phone: +91 7795895815
E-mail: v.sravya16@gmail.com
Objective:
Seeking a position to utilize my skills and abilities in the organization, to wield as well as hone the IC design
skills that serves in bringing technology closer to human lives.
Summary:
Working in Intel technologies Pvt. Ltd. as INTERN ( June,2016 to till date)
Responsible to clean the Design w.r.t functionality equivalence, timing closure, reliability, antenna, IR
drop and EM violations.
Good knowledge in Physical Design, IR & EM reliability analysis, STA, Timing Closure.
Technical Skills:
Working on Synthesis, PnR flow- Floorplanning, Placement, Clock Tress Synthesis (CTS), Routing,
STA, IR & EM reliability analysis.
Handling a partition of SoC, responsible for PnR Implementation and timing closure for 10nm
technology node.
Good ability in writing TCL scripts with ICC DB commands
Basic Knowledge in FEV and power intent verification (UPF checks).
Familiar with different CAD tools like Synopsys DC, Synopsys ICC, Synopsys Primetime, Synopsys
Spyglass, ,and Apache Redhawk.
Good VHDL coding skills, worked on Altera FPGA Kit.
Education:
2. PAGE 2
Project 1
(M.Tech)
Title: Block Level Structural Design Implementation for a Complex SoC at Evolving Technology
Nodes
Role: Intern in Intel technologies Pvt Ltd.
Abstract:
Implementation of Physical Design, PnR flow in an efficient way to reduce the turn-around
time and converging design w.r.t timing, power at 10nm technology nodes.
Resolved the timing closure and reliability issues in the design
Project 2
(M.Tech)
Title: ASIC implementation of Booth Multiplier from RTL to GDSII using Cadence SoC
Encounter
Abstract:
Using Cadence SoC Encounter, Booth Multiplier circuit was synthesized and optimal layout
was obtained.
Also Static Timing Analysis has been carried out to reduce Setup time and Hold time
violations.
Project 3
(M.Tech)
Title: One Bit Magnitude Comparator Using Different Logic Styles
Abstract:
Using SYMICA DE, the comparator circuit for CMOS logic, Pass transistor Logic and
pseudo CMOS logic styles was implemented
It was compared w.r.t power dissipation, switching activity and short circuit currents. In
every logic design, there is a tradeoff between one or more desired quantities
Project 4
(B.Tech)
Title: A Secure Transformation Of Data In Encrypted Image Using Reversible Data Hiding
Technique
Abstract:
The aim is to implement a high capacity secure data in a chipper image using hiding
techniques through image compression methods to reduce image sizes and data transfer
Project Profile:
Strengths:
Individual learning Skills, quick learner
Strong analytical Ability Skills
Optimistic in nature