Faculty

Institution

Unit

Venue

Ranga Vemuri

Professor

University of Cincinnati

Affiliations

College of Engineering & Applied Science

Computer Science

Electrical & Computer Engineering

Ranga Vemuri is currently serving as a College Of Engineering & Applied Science Professor at University of Cincinnati.

Honors

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Experiences

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Education

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Ranga Vemuri

University of Cincinnati

Professor

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systems engineering electrical engineering computer science computer engineering computer architecture design automation formal methods power electronics machine learning computer security field programmable gate array reconfigurable architectures modeling and simulation design optimization performance evaluation fpga design analog design vlsi circuit microelectronics computer-aided design design space exploration high-level synthesis microarchitecture system synthesis analog systems vlsi technology high performance computer architecture information technology scheduling (computing) circuit design vlsi design logic synthesis computer design electronic design engineering optimization analog behavioral modeling satisfiability analog circuits behavioral synthesis temporal partitioning scientific computing electronics electronic design automation performance modeling router architecture analog system synthesis high level synthesis distributed systems networked system design automatic control vlsi architecture hardware acceleration gpu architecture scheduling problems optical engineering digital design network routing multi-fpga architectures analog synthesis spline center radio frequency heuristic (computer science) adaptive computing power engineering computer-aided engineering micro-electromechanical systems linear analog systems mixed-signal systems topology synthesis differential logic vhdl-ams compiler architecture generator speech processing distributed computing asic design advanced design hardware security formal verification design hardware modeling

Notable Scholarly Works

Notable Federal Grants

Collaborators

Assertion-Based Trojan Localization Using Iterative Path Sensitization. (2025)

computer sciencefault attackhardware trojansoftware analysiscomputer engineeringcomputer securityevasion techniqueverificationprogram analysis

ACT: Attributed Circuit Transformation System for Synthetic Circuit Generation. 2022 IEEE 65th International Midwest Symposium on Circuits and Systems (MWSCAS) (2024)

Juneeth Kumar MekaRanga Vemuri

systems engineeringcircuit systemelectronicssynthetic circuit generationcircuit transformation system

Combined Split Manufacturing and Logic Obfuscation Based on Emerging Technologies at High Level for Secure 3D Ic Design. 2022 IEEE 65th International Midwest Symposium on Circuits and Systems (MWSCAS) (2024)

Haimanti ChakrabortyRanga Vemuri

systems engineeringelectronicscircuit designic designhigh levelsplit manufacturingcomputer engineeringcomputer securityelectrical engineeringhardware securitylogic obfuscation3d ic architecture

Enhancing Output Corruption Through Gshe Switch Based Logic Encryption. (2024)

Nikhil SaxenaRanga Vemuri

logic encryptionelectrical engineeringcomputer securitygshe switchhardware securityoutput corruption

Noc-Armor: Leveraging Quantitative Analysis for Enhanced Security. 2022 IEEE 65th International Midwest Symposium on Circuits and Systems (MWSCAS) (2024)

Padmaja BhamidipatiRanga Vemuri

computer sciencesystems engineeringenhanced securityleveraging quantitative analysisinformation securitycomputer engineeringelectronicscircuit simulation

Pattern Based Synthetic Benchmark Generation for Hardware Security Applications. (2024)

Juneeth Kumar MekaSatya AmarKant MarupureddyRanga Vemuri

hardware securitycomputer sciencesynthetic benchmark generationhardware security applications

Power Side-Channel Verification in Hardware Designs. (2024)

Khitam AlatounRanga Vemuri

power side-channel verificationhardware designscomputer engineeringverification

Qa-Nocs: Quantitative Analysis for Trojan Detection in Network-On-Chips. (2024)

Padmaja BhamidipatiRanga Vemuri

trojan detectionnetwork on chipquantitative analysis

ROBUST: Rtl Obfuscation Using Bi-Functional Polymorphic Operators. (2024)

Haimanti ChakrabortyRanga Vemuri

formal methodscomputer sciencedeep learningbi-functional polymorphic operatorsinformation securityrtl obfuscationdata sciencemachine learning

Trojan Localization Using Information Flow Tracking Properties in Soc Designs. (2024)

Suriya SrinivasanRanga Vemuri

computer sciencesystems engineeringcontrol system securitycomputer securityelectrical engineeringcontrol system technologyhardware securitytrojan localizationsoc designs

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Ranga Vemuri

Professor

University of Cincinnati

Affiliations

College of Engineering & Applied Science

Computer Science

Electrical & Computer Engineering

Ranga Vemuri is currently serving as a College Of Engineering & Applied Science Professor at University of Cincinnati.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Ranga Vemuri

University of Cincinnati

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Assertion-Based Trojan Localization Using Iterative Path Sensitization. (2025)

computer sciencefault attackhardware trojansoftware analysiscomputer engineeringcomputer securityevasion techniqueverificationprogram analysis

ACT: Attributed Circuit Transformation System for Synthetic Circuit Generation. 2022 IEEE 65th International Midwest Symposium on Circuits and Systems (MWSCAS) (2024)

Juneeth Kumar MekaRanga Vemuri

systems engineeringcircuit systemelectronicssynthetic circuit generationcircuit transformation system

Haimanti ChakrabortyRanga Vemuri

systems engineeringelectronicscircuit designic designhigh levelsplit manufacturingcomputer engineeringcomputer securityelectrical engineeringhardware securitylogic obfuscation3d ic architecture

Enhancing Output Corruption Through Gshe Switch Based Logic Encryption. (2024)

Nikhil SaxenaRanga Vemuri

logic encryptionelectrical engineeringcomputer securitygshe switchhardware securityoutput corruption

Noc-Armor: Leveraging Quantitative Analysis for Enhanced Security. 2022 IEEE 65th International Midwest Symposium on Circuits and Systems (MWSCAS) (2024)

Padmaja BhamidipatiRanga Vemuri

computer sciencesystems engineeringenhanced securityleveraging quantitative analysisinformation securitycomputer engineeringelectronicscircuit simulation

Pattern Based Synthetic Benchmark Generation for Hardware Security Applications. (2024)

Juneeth Kumar MekaSatya AmarKant MarupureddyRanga Vemuri

hardware securitycomputer sciencesynthetic benchmark generationhardware security applications

Power Side-Channel Verification in Hardware Designs. (2024)

Khitam AlatounRanga Vemuri

power side-channel verificationhardware designscomputer engineeringverification

Qa-Nocs: Quantitative Analysis for Trojan Detection in Network-On-Chips. (2024)

Padmaja BhamidipatiRanga Vemuri

trojan detectionnetwork on chipquantitative analysis

ROBUST: Rtl Obfuscation Using Bi-Functional Polymorphic Operators. (2024)

Haimanti ChakrabortyRanga Vemuri

formal methodscomputer sciencedeep learningbi-functional polymorphic operatorsinformation securityrtl obfuscationdata sciencemachine learning

Trojan Localization Using Information Flow Tracking Properties in Soc Designs. (2024)

Suriya SrinivasanRanga Vemuri

computer sciencesystems engineeringcontrol system securitycomputer securityelectrical engineeringcontrol system technologyhardware securitytrojan localizationsoc designs

1
2
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5
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10 / page

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design for testing

low power design

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