Faculty

Institution

Unit

Venue

Hamid Sharif

Charles J Vranek Professor

University of Nebraska–Lincoln

Affiliations

Engineering

Electrical and Computer Engineering

Hamid Sharif is currently serving as an Electrical And Computer Engineering Charles J Vranek Professor at University of Nebraska–Lincoln.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Hamid Sharif

University of Nebraska–Lincoln

Charles J Vranek Professor

You can click a keyword to filter the displayed items

systems engineering electrical engineering wireless communications computer science information security machine learning computer security communication security communications systems communication data security wireless sensor networks vehicular technology energy efficiency computer vision signal processing information technology steganography rail transport mobile computing image transmission wireless security multimedia security cognitive radio wireless lan telecommunication networks real-time monitoring distributed source coding smart grid medium access control routing protocols channel modeling mobile wimax mobility timing analysis data hiding 5g system device-to-device interconnection networks covert timing channels hybrid technology networking health technology power electronics covert channels secure computing image compression network routing control system security mobility management cognitive radio networks multimedia computing anomaly detection data compression automatic modulation classification mimo-ofdm systems electronics machine vision medium communication health monitoring security measurement healthcare information security advanced metering infrastructure advanced networking wavelet theory data coding relay node placement stream authentication path diversity energy efficient real network platform electric vehicle penetration discrete spring transform dark cars freight trains energy conversion cyber security

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Latency Composition Analysis for Telerobotic Performance Insights Across Various Network Scenarios. Future Internet (2024)

Nick BrayMatthew BoedingMichael HempelHamid SharifTapio HeikkiläMarkku SuomalainenTuomas Seppälä

network sciencetelerobotic performance insightsnetwork analysisinternet modelingvarious network scenariosinternet sciencecomputer sciencetelecommunication networksnetwork convergencefuture internetinternet computinglatency composition analysis

An Applied Analysis of Securing 5G/6G Core Networks With Post-Quantum Key Encapsulation Methods. Electronics (2024)

Paul ScaliseRobert GarciaMatthew BoedingMichael HempelHamid Sharif

computer securitywireless communicationsquantum cryptographyquantum securitysystems engineeringcommunication securitycryptographydata securityhardware securityapplied analysispost-quantum cryptographycomputer engineeringcore networksquantum key distributioninformation securityelectronics5g network slicingelectrical engineering

A Novel Approach to Engineering Education Laboratory Experiences Through the Integration of Virtual Reality and Telerobotics. (2024)

Preston WardMichael HempelHamid Sharif

engineering educationvirtual realityengineering

A Systematic Survey on 5G and 6G Security Considerations, Challenges, Trends, and Research Areas. Future Internet (2024)

Paul ScaliseMatthew BoedingMichael HempelHamid SharifJoseph DelloiacovoJohn Reed

communication securitywireless securitycommunicationinternet securityresearch areasinformation securityfuture internetsecurity considerations5g system

Enhancing Wearable Ecg Sensors: A Secure, Accurate and Efficient System Architecture for Resource-Constrained Ecg Monitoring. 2022 IEEE 12th Annual Computing and Communication Workshop and Conference (CCWC) (2024)

Adarsha BhattaraiDongming PengJason PayneHamid Sharif

sensor designwearable ecg sensorshardware securitysecure computingwearable electronicsbiomedical engineeringdependable system architectureinstrumentationresource-constrained ecg monitoringcontinuous monitoringefficient system architecturewearable technology

Evaluating the Latency Impact for Time-Critical Operational Technology Applications of Transitioning Iec-61850 Goose Operations to 5g. (2024)

Matthew BoedingPaul ScaliseMichael HempelHamid Sharif

wireless communicationssystems engineeringunmanned aerial vehicleslatency impactelectrical engineering5g system

Leveraging Virtual Reality for the Visualization of Non-Observable Electrical Circuit Principles in Engineering Education. Virtual Worlds (2024)

Elliott WolbachMichael HempelHamid Sharif

engineering educationengineeringelectrical engineeringvisualizationvirtual reality

Leveraging Vr for the Visualization of Non-Observable Electrical Circuits Principles in Engineering Education. (2024)

Elliott WolbachMichael HempelHamid Sharif

engineering educationelectrical engineeringvisualization

Novel Approach Towards a Fully Deep Learning-Based Iot Receiver Architecture: From Estimation to Decoding. Future Internet (2024)

Matthew BoedingMichael HempelHamid Sharif

channel estimationcomputer sciencefuture internetinternet of thingsdeep learning

Time and Frequency Analysis of Load Profile Data. 2021 IEEE Power & Energy Society General Meeting (PESGM) (2024)

Sam MoayediKevin JamesMichael HempelHamid SharifMahmoud AlahmadAndrew Parker

load profile datatimefrequency analysisfrequency analysispower system analysistime seriesreal-time dataelectrical engineering

1
2
3
4
5
35
10 / page

Hamid Sharif

Charles J Vranek Professor

University of Nebraska–Lincoln

Affiliations

Engineering

Electrical and Computer Engineering

Hamid Sharif is currently serving as an Electrical And Computer Engineering Charles J Vranek Professor at University of Nebraska–Lincoln.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Hamid Sharif

University of Nebraska–Lincoln

Charles J Vranek Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Latency Composition Analysis for Telerobotic Performance Insights Across Various Network Scenarios. Future Internet (2024)

Nick BrayMatthew BoedingMichael HempelHamid SharifTapio HeikkiläMarkku SuomalainenTuomas Seppälä

An Applied Analysis of Securing 5G/6G Core Networks With Post-Quantum Key Encapsulation Methods. Electronics (2024)

Paul ScaliseRobert GarciaMatthew BoedingMichael HempelHamid Sharif

A Novel Approach to Engineering Education Laboratory Experiences Through the Integration of Virtual Reality and Telerobotics. (2024)

Preston WardMichael HempelHamid Sharif

engineering educationvirtual realityengineering

A Systematic Survey on 5G and 6G Security Considerations, Challenges, Trends, and Research Areas. Future Internet (2024)

Paul ScaliseMatthew BoedingMichael HempelHamid SharifJoseph DelloiacovoJohn Reed

communication securitywireless securitycommunicationinternet securityresearch areasinformation securityfuture internetsecurity considerations5g system

Adarsha BhattaraiDongming PengJason PayneHamid Sharif

Evaluating the Latency Impact for Time-Critical Operational Technology Applications of Transitioning Iec-61850 Goose Operations to 5g. (2024)

Matthew BoedingPaul ScaliseMichael HempelHamid Sharif

wireless communicationssystems engineeringunmanned aerial vehicleslatency impactelectrical engineering5g system

Leveraging Virtual Reality for the Visualization of Non-Observable Electrical Circuit Principles in Engineering Education. Virtual Worlds (2024)

Elliott WolbachMichael HempelHamid Sharif

engineering educationengineeringelectrical engineeringvisualizationvirtual reality

Leveraging Vr for the Visualization of Non-Observable Electrical Circuits Principles in Engineering Education. (2024)

Elliott WolbachMichael HempelHamid Sharif

engineering educationelectrical engineeringvisualization

Novel Approach Towards a Fully Deep Learning-Based Iot Receiver Architecture: From Estimation to Decoding. Future Internet (2024)

Matthew BoedingMichael HempelHamid Sharif

channel estimationcomputer sciencefuture internetinternet of thingsdeep learning

Time and Frequency Analysis of Load Profile Data. 2021 IEEE Power & Energy Society General Meeting (PESGM) (2024)

Sam MoayediKevin JamesMichael HempelHamid SharifMahmoud AlahmadAndrew Parker

load profile datatimefrequency analysisfrequency analysispower system analysistime seriesreal-time dataelectrical engineering

1
2
3
4
5
35
10 / page

Similar Faculty Members

Xi Zhang

Institution

Texas A&M University

systems engineering

electrical engineering

Lingjia Liu

Institution

Virginia Tech

mobile communication vehicle

intelligent network

Erchin Serpedin

Institution

Texas A&M University

electrical engineering

systems engineering

Sumit Roy

Institution

University of Washington

mobile communication vehicle

cognitive radio platforms

Thomas Hou

Institution

Virginia Tech

dynamic spectrum management

computer engineering

Fei Hu

Institution

University of Alabama

intelligent signal processing

industrial informatics

R. Michael Buehrer

Institution

Virginia Tech

communications systems

personal communications

Jeffrey H. Reed

Institution

Virginia Tech

signal processing

computer engineering

Yi Qian

Institution

University of Nebraska–Lincoln

communication network security

big data

Hazem Refai

Institution

University of Oklahoma

mobile communication

mobile communication vehicle

Similar Faculty Members

Xi Zhang

Institution

Texas A&M University

systems engineering

electrical engineering

Lingjia Liu

Institution

Virginia Tech

mobile communication vehicle

intelligent network

Erchin Serpedin

Institution

Texas A&M University

electrical engineering

systems engineering

Sumit Roy

Institution

University of Washington

mobile communication vehicle

cognitive radio platforms

Thomas Hou

Institution

Virginia Tech

dynamic spectrum management

computer engineering

Fei Hu

Institution

University of Alabama

intelligent signal processing

industrial informatics

R. Michael Buehrer

Institution

Virginia Tech

communications systems

personal communications

Jeffrey H. Reed

Institution

Virginia Tech

signal processing

computer engineering

Yi Qian

Institution

University of Nebraska–Lincoln

communication network security

big data

Hazem Refai

Institution

University of Oklahoma

mobile communication

mobile communication vehicle