Faculty

Institution

Unit

Venue

Weifeng Su

Professor Associate Professor

University at Buffalo

Affiliations

School of Engineering and Applied Sciences

Department of Electrical Engineering

Weifeng Su is currently serving as an Electrical Engineering Professor Associate Professor at University At Buffalo.

Honors

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Experiences

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Education

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Weifeng Su

University at Buffalo

Professor Associate Professor

You can click a keyword to filter the displayed items

electrical engineering communications systems wireless communications communication systems engineering digital signal processing signal processing mimo system radio communication cooperative wireless communications cooperation cooperative communications applied mathematics machine learning information theory ultra-wideband communication transmission information technology communication engineering mimo-ofdm systems network science communication theory transmit antennas optimum power time allocation optimal power assignment transaction processing fading channels relay network intermittently connected device multi-carrier communication beamforming algebraic coding theory full diversity systematic design uwb communication systems telecommunication networks spectrum management power engineering radio frequency radio propagation optical engineering decode-and-forward cooperation protocol optimum power allocation full-diversity space-frequency codes outage analysis optimal power allocation multi-node cooperative communications cooperative wireless networks engineering optimization medium communication microwave technology communication security marine engineering mathematical optimization automatic control intelligent vehicles mobile computing vehicular technology power electronics human-computer interaction swarm intelligence mobile signal processing sensor signal processing cognitive radio eeg signal processing radio access protocol wireless power transmission power system optimization spatio-temporal models power system analysis satellite signal processing cooperative diversity video transmission electronic auctions resource allocation wireless networks wireless personal communication

Notable Scholarly Works

Notable Federal Grants

Collaborators

Relay-Assisted Partial Interference Elimination Schemes for K-User Delay-Sensitive Networks. IEEE Transactions on Wireless Communications (2022)

Jingfu LiZehui XiongDusit NiyatoWeifeng SuWenjiang FengWeiheng Jiang

k-user delay-sensitive networkselectrical engineering

References. Edward Elgar Publishing eBooks (2021)

Andrew JohnstonRobert Huggins

strategic managemententrepreneurshipmanagementsocial innovationuniversity knowledgeinterorganizational relationshipsbusinesstechnology transfercollaboration processinter-firm coordinationuniversity collaborationsmall business managementindustrial collaboration

Retrospective Interference Regeneration Schemes for Relay-Aided K-User Mimo Downlink Networks. arXiv (Cornell University) (2021)

Li, JingfuXiong, ZehuiNiyato, DusitSu, WeifengFeng, WenjiangJiang, Weiheng

relay networkcommunications systemsmulti-carrier communicationmimo systemapplied mathematicsapplied physics

Space-Time Block Codes. Springer eBooks (2020)

Weifeng Su

space-time processingspace-time block codescommunicationcomputer engineeringwireless communicationsdigital signal processingalgebraic coding theoryerror correction codecomputer sciencespace-time simulationtime complexity

Energy and Spectral Efficiency of Secure Massive Mimo Downlink Systems. IET Communications (2019)

Azzam Al‐nahariHefdhallah SakranWeifeng SuSami Tarbosh

technologyenergy efficiencycommunication securitycomputer securitywireless securitycommunications systemsmimo systemspectral efficiencyinformation technologyelectrical engineeringmicrowave technologyengineering

A Novel Receiver Design and Maximum-Likelihood Detection for Distributed Mimo Systems in Presence of Distributed Frequency Offsets and Timing Offsets. IEEE Transactions on Signal Processing (2018)

Yi CaoWeifeng SuStella N. Batalama

distributed frequency offsetselectrical engineeringsignal processingnovel receiver designdistributed mimo systemsmaximum-likelihood detection

Differential Amplify-And-Forward Cooperative Relaying in a Software-Defined Radio Testbed With an Aerial Relay Node. MILCOM 2022 - 2022 IEEE Military Communications Conference (MILCOM) (2017)

Ngwe ThawdarUlysses LeeWeifeng SuDimitris Pados

radio propagationcooperative wireless communicationscommunications systemsaerial relay noderadio communicationaerospace engineeringsoftware-defined radio testbed

Hybrid-Arq Protocol Design With Optimal Time and Power Allocation. 2022 IEEE Wireless Communications and Networking Conference (WCNC) (2017)

Kaiying SunWeifeng SuJohn D. MatyjasMichael J. Medley

hybrid-arq protocol designcommunications systemselectrical engineeringoptimal timepower allocation

On the Degrees of Freedom of Mimo X Networks With Non-Cooperation Transmitters. IEEE Transactions on Wireless Communications (2017)

Tengda YingWenjiang FengWeifeng SuWeiheng Jiang

non-cooperation transmittersmimo systemelectrical engineeringtransmission

Amplify and Forward Relaying Protocol Design With Optimum Power and Time Allocation. (2016)

Zijian MoWeifeng SuJohn D. Matyjas

optimum powercommunications systemstime allocationelectrical engineeringprotocol design

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Weifeng Su

Professor Associate Professor

University at Buffalo

Affiliations

School of Engineering and Applied Sciences

Department of Electrical Engineering

Weifeng Su is currently serving as an Electrical Engineering Professor Associate Professor at University At Buffalo.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Weifeng Su

University at Buffalo

Professor Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Relay-Assisted Partial Interference Elimination Schemes for K-User Delay-Sensitive Networks. IEEE Transactions on Wireless Communications (2022)

Jingfu LiZehui XiongDusit NiyatoWeifeng SuWenjiang FengWeiheng Jiang

k-user delay-sensitive networkselectrical engineering

References. Edward Elgar Publishing eBooks (2021)

Andrew JohnstonRobert Huggins

Retrospective Interference Regeneration Schemes for Relay-Aided K-User Mimo Downlink Networks. arXiv (Cornell University) (2021)

Li, JingfuXiong, ZehuiNiyato, DusitSu, WeifengFeng, WenjiangJiang, Weiheng

relay networkcommunications systemsmulti-carrier communicationmimo systemapplied mathematicsapplied physics

Space-Time Block Codes. Springer eBooks (2020)

Weifeng Su

Energy and Spectral Efficiency of Secure Massive Mimo Downlink Systems. IET Communications (2019)

Azzam Al‐nahariHefdhallah SakranWeifeng SuSami Tarbosh

A Novel Receiver Design and Maximum-Likelihood Detection for Distributed Mimo Systems in Presence of Distributed Frequency Offsets and Timing Offsets. IEEE Transactions on Signal Processing (2018)

Yi CaoWeifeng SuStella N. Batalama

distributed frequency offsetselectrical engineeringsignal processingnovel receiver designdistributed mimo systemsmaximum-likelihood detection

Differential Amplify-And-Forward Cooperative Relaying in a Software-Defined Radio Testbed With an Aerial Relay Node. MILCOM 2022 - 2022 IEEE Military Communications Conference (MILCOM) (2017)

Ngwe ThawdarUlysses LeeWeifeng SuDimitris Pados

radio propagationcooperative wireless communicationscommunications systemsaerial relay noderadio communicationaerospace engineeringsoftware-defined radio testbed

Hybrid-Arq Protocol Design With Optimal Time and Power Allocation. 2022 IEEE Wireless Communications and Networking Conference (WCNC) (2017)

Kaiying SunWeifeng SuJohn D. MatyjasMichael J. Medley

hybrid-arq protocol designcommunications systemselectrical engineeringoptimal timepower allocation

On the Degrees of Freedom of Mimo X Networks With Non-Cooperation Transmitters. IEEE Transactions on Wireless Communications (2017)

Tengda YingWenjiang FengWeifeng SuWeiheng Jiang

non-cooperation transmittersmimo systemelectrical engineeringtransmission

Amplify and Forward Relaying Protocol Design With Optimum Power and Time Allocation. (2016)

Zijian MoWeifeng SuJohn D. Matyjas

optimum powercommunications systemstime allocationelectrical engineeringprotocol design

1
2
3
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5
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10 / page

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Similar Faculty Members

Nick Laneman

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University of Notre Dame

communications system engineering

information theory

Mahesh Varanasi

Institution

University of Colorado Boulder

learning network

network science

Michael Honig

Institution

Northwestern University

electrical engineering

communications systems

Dongning Guo

Institution

Northwestern University

electrical engineering

communications systems

Keith Michael Chugg

Institution

University of Southern California

industrial informatics

signal detection

Leonard Cimini

Institution

University of Delaware

multiuser mimo

multiple antennas

Randall Berry

Institution

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electrical engineering

wireless communications

Zhengdao Wang

Institution

Iowa State University

information security

wireless communication

Sriram Vishwanath

Institution

University of Texas at Austin

multi-terminal information theory

information theory

Danijela Cabric

Institution

University of California, Los Angeles

embedded system

machine learning