Faculty

Institution

Unit

Venue

Jim Plusquellic

Professor

University of New Mexico

Affiliations

School of Engineering

Electrical & Computer Engineering

Jim Plusquellic is currently serving as an Electrical & Computer Engineering Professor at University of New Mexico.

Honors

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Experiences

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Education

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Jim Plusquellic

University of New Mexico

Professor

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electrical engineering systems engineering hardware security computer security computer engineering information security engineering cryptography instrumentation signal processing power electronics microelectronics computer-aided design physical unclonable function communication security electronics field programmable gate array failure detection machine learning data security reliability engineering control system security defect detection vehicular technology wireless communications secure computing information leakage hardware-embedded delay puf risc-v microprocessor firmware detection testing technique cryptographic protocols fpga design hardware architecture authentication protocol positioning systems failure analysis hardware trojan detection vlsi technology information technology information forensics localization side-channel attacks computer-aided engineering software security network security cryptographic technology secure communication time delay systems timing analysis fault diagnosis key management iot security dynamic positioning spatial technologies failure prediction power control wireless security mobile security trojan activation time scan-based side-channel attacks transient signal analysis commercial power grid ic diagnosis reconfigurable intelligent surfaces cmos defects entropy control system technology automatic control threat detection abuse detection secure hardware malicious inclusions novel technique current integration leakage current analysis vlsi circuit technology design for testing hardware security solution hardware verification language design automation

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Engineered Minimal-Set Stimulus for Periodic Information Leakage Fault Detection on a Risc-V Microprocessor. Cryptography (2024)

Idris O. SomoyeJim PlusquellicTom J. MannosBrian Dziki

systems engineeringengineeringrisc-vengineered minimal-set stimuluscryptographyrisc-v microprocessorcomputer engineeringinformation leakagefault detectionfailure detectioninstrumentation

Entropy Analysis of Fpga Interconnect and Switch Matrices for Physical Unclonable Functions. Cryptography (2024)

Jenilee JaoIan WilcoxJim PlusquellicBiliana PaskalevaPavel Bochev

scientific computingsystems engineeringinterconnect (integrated circuits)entropy analysiscryptographyswitch matriceselectronicssemiconductorselectrical engineeringmicroelectronicspower electronicsfield programmable gate arrayfpga interconnectengineeringhardware security

Lightweight Mutually Authenticated Key Exchange With Physical Unclonable Functions. Cryptography (2024)

Cyrus MinwallaJim PlusquellicEirini Eleni Tsiropoulou

communication securityphysical unclonable functioncryptographycomputer securitykey exchangeauthenticitylightweight authentication mechanismdata securityinformation securitylightweight protocolauthentication protocolcomputer sciencelightweight cryptography

Puf-Based Digital Money With Propagation-Of-Provenance and Offline Transfers Between Two Parties. ACM Journal on Emerging Technologies in Computing Systems (2024)

Benjamin BeanCyrus MinwallaEirini Eleni TsiropoulouJim Plusquellic

systems engineeringmachine learningpuf-based digital moneyinformation propagationoffline transferstechnology transferinformation securitycomputer science

Self-Assertion-Based Countermeasures Within a Risc-V Microprocessor for Coverage of Information Leakage Faults. IEEE Transactions on Computer-Aided Design of Integrated Circuits and Systems (2024)

Idris SomoyeTom J. MannosBrian DzikiJim Plusquellic

computer-aided designelectronic engineeringreliability engineeringintegrated circuitspower electronicsinformation leakage faultscomputer engineeringsemiconductorsinformation leakagemicroelectronicshardware securityfault managementrisc-v microprocessorcircuit designself-assertion-based countermeasureselectronicssystems engineeringcomputer securityfault analysiselectrical engineering

Correction to: An Analysis of Fpga Lut Bias and Entropy for Physical Unclonable Functions. Journal of Hardware and Systems Security (2023)

Jenilee JaoIan WilcoxSriram ThotakuraCalvin ChanJim PlusquellicBiliana S. PaskalevaPavel B. Bochev

systems engineeringcomputer securityelectrical engineeringfpga lut biaserror correction codecontrol system securitycomputer sciencehardware security

Design and Analysis of Digital Communication Within an Soc-Based Control System for Trapped-Ion Quantum Computing. IEEE Transactions on Quantum Engineering (2023)

Nafis IrtijaJim PlusquellicEirini Eleni TsiropoulouJoshua GoldbergDaniel LobserDaniel Stick

systems engineeringcontrol systemssoc-based control systemquantum engineeringelectrical engineeringcomputer sciencequantum computingdigital communication

Privacy-Preserving Authentication Protocols for Iot Devices Using the Sirf Puf. IEEE Transactions on Emerging Topics in Computing (2023)

Jim PlusquellicEirini Eleni TsiropoulouCyrus Minwalla

privacy-preserving authentication protocolssirf pufinformation securityiot securitycomputer scienceinternet of thingsiot devices

SAFE: Secure Symbiotic Positioning, Navigation, and Timing. GLOBECOM 2022 - 2022 IEEE Global Communications Conference (2023)

Md Sadman SirajEirini Eleni TsiropoulouSymeon PapavassiliouJim Plusquellic

systems engineeringcommunication securitysafetynavigationwireless communicationspositioning systemsinformation security

Symbiotic Positioning, Navigation, and Timing. (2023)

Md Sadman SirajAisha B RahmanEirini Eleni TsiropoulouSymeon PapavassiliouJim Plusquellic

navigationsymbiotic positioningengineering

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Jim Plusquellic

Professor

University of New Mexico

Affiliations

School of Engineering

Electrical & Computer Engineering

Jim Plusquellic is currently serving as an Electrical & Computer Engineering Professor at University of New Mexico.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jim Plusquellic

University of New Mexico

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Engineered Minimal-Set Stimulus for Periodic Information Leakage Fault Detection on a Risc-V Microprocessor. Cryptography (2024)

Idris O. SomoyeJim PlusquellicTom J. MannosBrian Dziki

systems engineeringengineeringrisc-vengineered minimal-set stimuluscryptographyrisc-v microprocessorcomputer engineeringinformation leakagefault detectionfailure detectioninstrumentation

Entropy Analysis of Fpga Interconnect and Switch Matrices for Physical Unclonable Functions. Cryptography (2024)

Jenilee JaoIan WilcoxJim PlusquellicBiliana PaskalevaPavel Bochev

Lightweight Mutually Authenticated Key Exchange With Physical Unclonable Functions. Cryptography (2024)

Cyrus MinwallaJim PlusquellicEirini Eleni Tsiropoulou

Puf-Based Digital Money With Propagation-Of-Provenance and Offline Transfers Between Two Parties. ACM Journal on Emerging Technologies in Computing Systems (2024)

Benjamin BeanCyrus MinwallaEirini Eleni TsiropoulouJim Plusquellic

systems engineeringmachine learningpuf-based digital moneyinformation propagationoffline transferstechnology transferinformation securitycomputer science

Self-Assertion-Based Countermeasures Within a Risc-V Microprocessor for Coverage of Information Leakage Faults. IEEE Transactions on Computer-Aided Design of Integrated Circuits and Systems (2024)

Idris SomoyeTom J. MannosBrian DzikiJim Plusquellic

Correction to: An Analysis of Fpga Lut Bias and Entropy for Physical Unclonable Functions. Journal of Hardware and Systems Security (2023)

Jenilee JaoIan WilcoxSriram ThotakuraCalvin ChanJim PlusquellicBiliana S. PaskalevaPavel B. Bochev

systems engineeringcomputer securityelectrical engineeringfpga lut biaserror correction codecontrol system securitycomputer sciencehardware security

Design and Analysis of Digital Communication Within an Soc-Based Control System for Trapped-Ion Quantum Computing. IEEE Transactions on Quantum Engineering (2023)

Nafis IrtijaJim PlusquellicEirini Eleni TsiropoulouJoshua GoldbergDaniel LobserDaniel Stick

systems engineeringcontrol systemssoc-based control systemquantum engineeringelectrical engineeringcomputer sciencequantum computingdigital communication

Privacy-Preserving Authentication Protocols for Iot Devices Using the Sirf Puf. IEEE Transactions on Emerging Topics in Computing (2023)

Jim PlusquellicEirini Eleni TsiropoulouCyrus Minwalla

privacy-preserving authentication protocolssirf pufinformation securityiot securitycomputer scienceinternet of thingsiot devices

SAFE: Secure Symbiotic Positioning, Navigation, and Timing. GLOBECOM 2022 - 2022 IEEE Global Communications Conference (2023)

Md Sadman SirajEirini Eleni TsiropoulouSymeon PapavassiliouJim Plusquellic

systems engineeringcommunication securitysafetynavigationwireless communicationspositioning systemsinformation security

Symbiotic Positioning, Navigation, and Timing. (2023)

Md Sadman SirajAisha B RahmanEirini Eleni TsiropoulouSymeon PapavassiliouJim Plusquellic

navigationsymbiotic positioningengineering

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