Faculty

Institution

Unit

Venue

Tauhidul Alam

Assistant Professor

Lamar University

Affiliations

College of Arts and Sciences

Computer Science

Tauhidul Alam is currently serving as a College Of Arts And Sciences Assistant Professor at Lamar University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Tauhidul Alam

Lamar University

Assistant Professor

You can click a keyword to filter the displayed items

systems engineering robotics computer science navigation distributed robotics vehicular technology marine engineering artificial intelligence dynamical systems automatic control field robotics multirobot system positioning systems path planning data science engineering data management intelligent systems reinforcement learning transportation engineering localization intelligent robotic systems blockchain communication security continuous monitoring intelligent robotics multi-robot teams swarm robotics network security blockchain security trajectory planning autonomous navigation persistent monitoring limited visibility robot learning active control swarm intelligence ocean engineering coastal management coastal research cybernetics data security cognitive robotics robotic sensing vehicle localization object tracking decentralized security data-driven planning deployment strategy deployment technology planning practices underwater technologies ai planning underwater vehicles deep reinforcement learning geospatial mapping adaptive control dynamic resource allocation robot control trajectory optimization rescue robot emergency management aquatic environments individual privacy multi-robot planning stochastic multi-robot patrolling minimalist robot navigation communication constraints mobile robot localization space-efficient filters discrete limit cycles dynamic marine environments long-term autonomy multi-robot coverage sensing-constrained environments autonomous underwater vehicles motion planning cyber physical systems artificial intelligent

Notable Scholarly Works

Notable Federal Grants

Collaborators

Harnessing Robotic Scouts for Resilient Evacuation Policies in Disaster Scenarios. (2025)

autonomous robotssystems engineeringresiliencedisastersautomationdisaster risk reductionroboticsintelligent robotic systemsrescue robotemergency managementemergency preparednessrobotic scoutsevacuation planningrobotics automation

Adaptive Dynamic Window Approach for Robot Navigation in Disturbance Vector Fields. (2024)

Abdullah Al Redwan NewazTauhidul Alam

adaptive controlsystems engineeringdisturbance vector fieldsroboticsrobot navigation

Lcd-Rig: Limited Communication Decentralized Robotic Information Gathering Systems. IEEE Robotics and Automation Letters (2024)

Abdullah Al Redwan NewazPaulo PadraoJose FuentesTauhidul AlamGanesh GovindarajanLeonardo Bobadilla

limited communicationautomationroboticsdistributed roboticscommunicationrobotics automation

Randomized Multi-Robot Patrolling With Unidirectional Visibility. (2024)

Louis EchefuTauhidul AlamAbdullah Al Redwan Newaz

multiagent systemsmulti-robot teamsmulti-robot patrollingunidirectional visibilityroboticscomputer scienceswarm roboticsdistributed roboticsmultirobot systemfield robotics

Decentralized Multi-Robot Information Gathering From Unknown Spatial Fields. IEEE Robotics and Automation Letters (2023)

Abdullah Al Redwan NewazMurtadha AlsayeghTauhidul AlamLeonardo Bobadilla

systems engineeringroboticsdistributed roboticsunknown spatial fieldsmulti-robot information gatheringartificial intelligence

Utilizing Blockchain for Safeguarding Iot-Based Robotic Networks From Spoofing Attacks. Signals and communication technology (2023)

Tauhidul AlamSajedul Talukder

computer securitycommunication securityblockchainblockchain securityiot-based robotic networksiot securitynetwork securityinformation securitycommunicationinternet of thingsinformation technology

Dvf-Rrt: Randomized Path Planning on Predictive Vector Fields. (2022)

Tauhidul AlamFabian OkaforAnkit PatelAbdullah Al Redwan Newaz

path planningpredictive vector fieldscomputer sciencemachine learning

Hierarchical Task and Motion Planning Through Deep Reinforcement Learning. (2021)

Abdullah Al Redwan NewazTauhidul Alam

deep reinforcement learninghierarchical taskreinforcement learningmotion planningbehavioral sciences

Long-Term Autonomy for Auvs Operating Under Uncertainties in Dynamic Marine Environments. IEEE Robotics and Automation Letters (2021)

Abdullah Al RedwanNewazTauhidul AlamGregory Murad ReisLeonardo BobadillaRyan N. Smith

systems engineeringautonomyautomatic controlroboticstechnologylong-term autonomymarine engineeringelectrical engineeringdynamic marine environments

Multi-Robot Information Gathering Subject to Resource Constraints. (2021)

Abdullah Al Redwan NewazTauhidul AlamJoseph MondelloJonathan JohnsonLeonardo Bobadilla

roboticssystems engineering

1
2
3
4
10 / page

Tauhidul Alam

Assistant Professor

Lamar University

Affiliations

College of Arts and Sciences

Computer Science

Tauhidul Alam is currently serving as a College Of Arts And Sciences Assistant Professor at Lamar University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Tauhidul Alam

Lamar University

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Harnessing Robotic Scouts for Resilient Evacuation Policies in Disaster Scenarios. (2025)

Adaptive Dynamic Window Approach for Robot Navigation in Disturbance Vector Fields. (2024)

Abdullah Al Redwan NewazTauhidul Alam

adaptive controlsystems engineeringdisturbance vector fieldsroboticsrobot navigation

Lcd-Rig: Limited Communication Decentralized Robotic Information Gathering Systems. IEEE Robotics and Automation Letters (2024)

Abdullah Al Redwan NewazPaulo PadraoJose FuentesTauhidul AlamGanesh GovindarajanLeonardo Bobadilla

limited communicationautomationroboticsdistributed roboticscommunicationrobotics automation

Randomized Multi-Robot Patrolling With Unidirectional Visibility. (2024)

Louis EchefuTauhidul AlamAbdullah Al Redwan Newaz

multiagent systemsmulti-robot teamsmulti-robot patrollingunidirectional visibilityroboticscomputer scienceswarm roboticsdistributed roboticsmultirobot systemfield robotics

Decentralized Multi-Robot Information Gathering From Unknown Spatial Fields. IEEE Robotics and Automation Letters (2023)

Abdullah Al Redwan NewazMurtadha AlsayeghTauhidul AlamLeonardo Bobadilla

systems engineeringroboticsdistributed roboticsunknown spatial fieldsmulti-robot information gatheringartificial intelligence

Utilizing Blockchain for Safeguarding Iot-Based Robotic Networks From Spoofing Attacks. Signals and communication technology (2023)

Tauhidul AlamSajedul Talukder

computer securitycommunication securityblockchainblockchain securityiot-based robotic networksiot securitynetwork securityinformation securitycommunicationinternet of thingsinformation technology

Dvf-Rrt: Randomized Path Planning on Predictive Vector Fields. (2022)

Tauhidul AlamFabian OkaforAnkit PatelAbdullah Al Redwan Newaz

path planningpredictive vector fieldscomputer sciencemachine learning

Hierarchical Task and Motion Planning Through Deep Reinforcement Learning. (2021)

Abdullah Al Redwan NewazTauhidul Alam

deep reinforcement learninghierarchical taskreinforcement learningmotion planningbehavioral sciences

Long-Term Autonomy for Auvs Operating Under Uncertainties in Dynamic Marine Environments. IEEE Robotics and Automation Letters (2021)

Abdullah Al RedwanNewazTauhidul AlamGregory Murad ReisLeonardo BobadillaRyan N. Smith

systems engineeringautonomyautomatic controlroboticstechnologylong-term autonomymarine engineeringelectrical engineeringdynamic marine environments

Multi-Robot Information Gathering Subject to Resource Constraints. (2021)

Abdullah Al Redwan NewazTauhidul AlamJoseph MondelloJonathan JohnsonLeonardo Bobadilla

roboticssystems engineering

1
2
3
4
10 / page

Similar Faculty Members

Golnaz Habibi

Institution

University of Oklahoma

robotics

autonomous driving

Pratap Tokekar

Institution

University of Maryland, College Park

aerial robotics

resilient planning

Xuesu Xiao

Institution

George Mason University

robot operations

intelligent robotics

Byung-Cheol Min

Institution

Purdue University

robotics

systems engineering

Alberto Quattrini Li

Institution

Dartmouth College

multiagent systems

robotics

Guilherme A. S. Pereira

Institution

West Virginia University

robotics automation

industrial automation

Daniel J. Stilwell

Institution

Virginia Tech

autonomous vehicle systems

general system

Leonardo Bobadilla

Institution

Florida International University

robotics automation

robotics

Brendan Englot

Institution

Stevens Institute of Technology

unmanned aerial vehicle

imprecise maps

Eric Frew

Institution

University of Colorado Boulder

aerospace engineering

systems engineering

Similar Faculty Members

Golnaz Habibi

Institution

University of Oklahoma

robotics

autonomous driving

Pratap Tokekar

Institution

University of Maryland, College Park

aerial robotics

resilient planning

Xuesu Xiao

Institution

George Mason University

robot operations

intelligent robotics

Byung-Cheol Min

Institution

Purdue University

robotics

systems engineering

Alberto Quattrini Li

Institution

Dartmouth College

multiagent systems

robotics

Guilherme A. S. Pereira

Institution

West Virginia University

robotics automation

industrial automation

Daniel J. Stilwell

Institution

Virginia Tech

autonomous vehicle systems

general system

Leonardo Bobadilla

Institution

Florida International University

robotics automation

robotics

Brendan Englot

Institution

Stevens Institute of Technology

unmanned aerial vehicle

imprecise maps

Eric Frew

Institution

University of Colorado Boulder

aerospace engineering

systems engineering