Faculty

Institution

Unit

Venue

Jay A. Weitzen

Department Chair Professor

University of Massachusetts Lowell

Affiliations

Francis College of Engineering

Electrical & Computer Engineering

Jay A. Weitzen is currently serving as an Electrical & Computer Engineering Department Chair Professor at University of Massachusetts Lowell.

Honors

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Experiences

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Education

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Jay A. Weitzen

University of Massachusetts Lowell

Department Chair Professor

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electrical engineering systems engineering wireless communications communication communications systems atmospheric science network science technology navigation vehicular technology vehicle technology transportation engineering meteorology engineering education space weather femtocell aircraft navigation ionosphere internet of things microwave technology communication engineering radio propagation vehicle communication global navigation satellite system network management network performance radio frequency microwave engineering aerial robotics femtocell networks meteor burst systems spoken language technology electronics computational intelligence mobile computing intelligent computing power electronics atmospheric research swarm intelligence information management earth observation radio engineering radio communication meteoritics ai integration model integration system integration device integration time delay systems log analysis quality-of-service future internet benchmark studies performance benchmarking real-time simulation radio frequency identification aeronautics analytical instrumentation instrumentation engineering log-normal shadowing distance correlation properties pcs systems coverage quality wireless coverage optimization controlled overlap performance optimization interference coordination residential small cells large-scale deployment doppler spreads meteor burst short ranges ground illumination footprint location awareness digital communication systems localization location management location information

Notable Scholarly Works

Notable Federal Grants

Collaborators

AI for Industrial: Automate the Network Design for 5G Urllc Services. Neural Computing and Applications (2024)

Jiao WangJay WeitzenOguz BayatVolkan Sevindik

mobile computingintelligent computingintelligent networkurllc servicesneural computation5g systemrecurrent neural networksartificial intelligence5g network slicingmachine learningneural network (machine learning)industrial artificial intelligencecommunicationsystems engineeringwireless communicationsnetwork designcomputational intelligencewireless networkscomputer science

Characterizing Plasma Peak Density Thickness in the Ionosphere: A Single‐Site Multi‐Instrument Study. Radio Science (2024)

Mohamed O. ShammatBodo W. ReinischIvan GalkinPhilip J. EricksonJay A. WeitzenWilliam C. Rideout

planetary sciencesatmospheric sciencespace weathersingle-site multi-instrument studyionosphere

Investigating the Applicability of the Peak Density Thickness Parameter Over the Equatorial Region. Atmosphere (2024)

Mohamed O. ShammatBodo W. ReinischIvan GalkinPhilip J. EricksonJay A. WeitzenWilliam C. Rideout

atmospheric researchenvironmental scienceequatorial regionatmospheric scienceatmospheric condition

Investigating the Applicability of the Peak Density Thickness Parameter Over the Equatorial Region- a One-Day Case Study. (2024)

Mohamed ShammatBodo ReinischIvan GalkinPhilip EricksonBill RideoutJay Weitzen

case studiesone-day case studyearth science

Robustness of Couzin Swarming to Packet Loss and Methods to Improve Robotic Swarm Communication. (2024)

Edwin MeriauxJay Weitzen

communicationswarm intelligenceroboticsnetworked swarmswarm roboticsrobotic swarm communication

Decisive Benchmarking Data Report: Suas Performance Results From Phase I. arXiv (Cornell University) (2023)

Norton, AdamAhmadzadeh, RezaJerath, KshitijRobinette, PaulWeitzen, JayWickramarathne, ThanukaYanco, HollyChoi, MinseopDonald, RyanDonoghue, BrendanDumas, ChristianGavriel, PeterGiedraitis, AldenHertel, BrendanHoule, JackLetteri, NathanMeriaux, EdwinKhavas, Zahra RezaeiSingh, RakshithWillcox, GreggYoni, Naye

benchmark studiesdata sciencemachine learningperformance benchmarkingperformance evaluation

Simulation of the Effect of Correlated Packet Loss for Suas Platforms Operating in Non-Line-Of-Sight Indoor Environments. Drones (2023)

Edwin MeriauxJay WeitzenAdam Norton

systems engineeringunmanned aerial vehicleswireless communicationsnon-line-of-sight indoor environmentssuas platformsdronesaerial roboticsaerospace engineeringcorrelated packet lossaeronautics

Single-Site Multi-Instrument Study of Peak Plasma Density in the Ionosphere. Authorea (Authorea) (2023)

Mohamed ShammatMohamed O ShammatBodo W ReinischIvan GalkinPhilip J EricksonJay A WeitzenWilliam C Rideout

planetary sciencesatmospheric sciencesingle-site multi-instrument studypeak plasma densityionosphere

Test Methodologies for Evaluating the Effectiveness of Suas Communication Links for Operation in Indoor and Subterranean Environments. Journal of Testing and Evaluation (2023)

Edwin MeriauxJay WeitzenNaye YoniAdam Norton

systems engineeringunmanned aerial vehiclestest methodologiesaerospace engineeringsuas communication linksapplied physics

Decisive Test Methods Handbook: Test Methods for Evaluating Suas in Subterranean and Constrained Indoor Environments, Version 1.1. arXiv (Cornell University) (2022)

Norton, AdamAhmadzadeh, RezaJerath, KshitijRobinette, PaulWeitzen, JayWickramarathne, ThanukaYanco, HollyChoi, MinseopDonald, RyanDonoghue, BrendanDumas, ChristianGavriel, PeterGiedraitis, AldenHertel, BrendanHoule, JackLetteri, NathanMeriaux, EdwinRezaei, ZahraSingh, RakshithWillcox, GreggYoni, Naye

test methodsbuilt environmentapplied mathematics

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Jay A. Weitzen

Department Chair Professor

University of Massachusetts Lowell

Affiliations

Francis College of Engineering

Electrical & Computer Engineering

Jay A. Weitzen is currently serving as an Electrical & Computer Engineering Department Chair Professor at University of Massachusetts Lowell.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jay A. Weitzen

University of Massachusetts Lowell

Department Chair Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

AI for Industrial: Automate the Network Design for 5G Urllc Services. Neural Computing and Applications (2024)

Jiao WangJay WeitzenOguz BayatVolkan Sevindik

Characterizing Plasma Peak Density Thickness in the Ionosphere: A Single‐Site Multi‐Instrument Study. Radio Science (2024)

Mohamed O. ShammatBodo W. ReinischIvan GalkinPhilip J. EricksonJay A. WeitzenWilliam C. Rideout

planetary sciencesatmospheric sciencespace weathersingle-site multi-instrument studyionosphere

Investigating the Applicability of the Peak Density Thickness Parameter Over the Equatorial Region. Atmosphere (2024)

Mohamed O. ShammatBodo W. ReinischIvan GalkinPhilip J. EricksonJay A. WeitzenWilliam C. Rideout

atmospheric researchenvironmental scienceequatorial regionatmospheric scienceatmospheric condition

Investigating the Applicability of the Peak Density Thickness Parameter Over the Equatorial Region- a One-Day Case Study. (2024)

Mohamed ShammatBodo ReinischIvan GalkinPhilip EricksonBill RideoutJay Weitzen

case studiesone-day case studyearth science

Robustness of Couzin Swarming to Packet Loss and Methods to Improve Robotic Swarm Communication. (2024)

Edwin MeriauxJay Weitzen

communicationswarm intelligenceroboticsnetworked swarmswarm roboticsrobotic swarm communication

Decisive Benchmarking Data Report: Suas Performance Results From Phase I. arXiv (Cornell University) (2023)

benchmark studiesdata sciencemachine learningperformance benchmarkingperformance evaluation

Simulation of the Effect of Correlated Packet Loss for Suas Platforms Operating in Non-Line-Of-Sight Indoor Environments. Drones (2023)

Edwin MeriauxJay WeitzenAdam Norton

systems engineeringunmanned aerial vehicleswireless communicationsnon-line-of-sight indoor environmentssuas platformsdronesaerial roboticsaerospace engineeringcorrelated packet lossaeronautics

Single-Site Multi-Instrument Study of Peak Plasma Density in the Ionosphere. Authorea (Authorea) (2023)

Mohamed ShammatMohamed O ShammatBodo W ReinischIvan GalkinPhilip J EricksonJay A WeitzenWilliam C Rideout

planetary sciencesatmospheric sciencesingle-site multi-instrument studypeak plasma densityionosphere

Test Methodologies for Evaluating the Effectiveness of Suas Communication Links for Operation in Indoor and Subterranean Environments. Journal of Testing and Evaluation (2023)

Edwin MeriauxJay WeitzenNaye YoniAdam Norton

systems engineeringunmanned aerial vehiclestest methodologiesaerospace engineeringsuas communication linksapplied physics

Decisive Test Methods Handbook: Test Methods for Evaluating Suas in Subterranean and Constrained Indoor Environments, Version 1.1. arXiv (Cornell University) (2022)

Norton, AdamAhmadzadeh, RezaJerath, KshitijRobinette, PaulWeitzen, JayWickramarathne, ThanukaYanco, HollyChoi, MinseopDonald, RyanDonoghue, BrendanDumas, ChristianGavriel, PeterGiedraitis, AldenHertel, BrendanHoule, JackLetteri, NathanMeriaux, EdwinRezaei, ZahraSingh, RakshithWillcox, GreggYoni, Naye

test methodsbuilt environmentapplied mathematics

1
2
3
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5
6
7
10 / page

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Georgia Institute of Technology

computer engineering

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Zaher Kassas

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Ohio State University

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automatic navigation

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University of Texas at Dallas

real-time implementation

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embedded sensing

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