Computer Science
EXPERTS
- Assistant Professor
- Computer Science
- Assistant ProfessorComputer Science
I'm a researcher, engineer and educator in Networks and Cybersecurity. I have several years' experience creating and leading research projects, coordinating small teams, presenting reports, and teaching.
Other interests: Distributed Systems, Protocols, Network Science, and Algorithms (string matching, sequence alignment, etc.)
Research Interests:
A few current projects include:
1. Data-plane network security. - The P4 language allows SDN switches to parse packets and extract header fields – but not payload fields. It's "not for DPI". Or is it? We built DeeP4R, a system that actually *does* perform DPI on P4. We currently have a limited next-gen firewall, and aim to explore intrusion detection, DNS server, and other use cases.
2. Internet Interference. - Do network outages and censors affect users *in other countries*? Can we route around them using overlays or CDN? Or, in the worst case (no disruption-free paths), can we "punch through" the blockage? Our Decoy Routing system, SiegeBreaker, is one way to do this.
3. Meshed Tree Protocol. - In Data Centers etc., we no longer compute loop-free paths or multi-paths at L2; it is all done in L3. *Can* a fast, resilient network backplane at L2 outperform L3 solutions?I'm a researcher, engineer and educator in Networks and Cybersecurity. I have several years' experience creating and leading research projects, coordinating small teams, presenting reports, and teaching.
Other interests: Distributed Systems, Protocols, Network Science, and Algorithms (string matching, sequence alignment, etc.)
Research Interests:
A few current projects include:
1. Data-plane network security. - The P4 language allows SDN switches to parse packets and extract header fields – but not payload fields. It's "not for DPI". Or is it? We built DeeP4R, a system that actually *does* perform DPI on P4. We currently have a limited next-gen firewall, and aim to explore intrusion detection, DNS server, and other use cases.
2. Internet Interference. - Do network outages and censors affect users *in other countries*? Can we route around them using overlays or CDN? Or, in the worst case (no disruption-free paths), can we "punch through" the blockage? Our Decoy Routing system, SiegeBreaker, is one way to do this.
3. Meshed Tree Protocol. - In Data Centers etc., we no longer compute loop-free paths or multi-paths at L2; it is all done in L3. *Can* a fast, resilient network backplane at L2 outperform L3 solutions?- Faculty/Staff
- Oklahoma State University - Stillwater
- Computer Science
- Assistant Professor
- Computer Science
- Assistant ProfessorComputer Science
Minsoo Choi is an Assistant Professor in the Department of Computer Science at Oklahoma State University. Before he joined Oklahoma State University, he received his Ph.D. degree from Purdue University. His research centers on extended reality, intelligent agents, human-computer interaction, computer game design, and character animation. In particular, he examines how intelligent virtual characters interact with humans in collaborative tasks and how their attributes influence the user experience. Ultimately, his work aims to design engaging and effective frameworks for human–agent collaboration that connect technical innovations in extended reality and human-centered interaction design.
Minsoo Choi is an Assistant Professor in the Department of Computer Science at Oklahoma State University. Before he joined Oklahoma State University, he received his Ph.D. degree from Purdue University. His research centers on extended reality, intelligent agents, human-computer interaction, computer game design, and character animation. In particular, he examines how intelligent virtual characters interact with humans in collaborative tasks and how their attributes influence the user experience. Ultimately, his work aims to design engaging and effective frameworks for human–agent collaboration that connect technical innovations in extended reality and human-centered interaction design.
- Faculty/Staff
- Oklahoma State University - Stillwater
- Computer Science
- Associate Professor
- Computer Science
- Associate ProfessorComputer Science
- Faculty/Staff
- Oklahoma State University - Stillwater
- Computer Science
Fields of Research- Psychology
- Artificial intelligence
- Clinical and health psychology
- Cognitive and computational psychology
- Artificial intelligence and image processing
- Atmospheric sciences
- Cognitive sciences
- Physical geography and environmental geoscience
Ms. Indu Bala Grover has a bachelor's degree in Computer Science and Engineering and a master's degree in Computer Technology. She has over 15 years of academic experience in teaching, research and administration in higher-education institutions. She has published research papers in the scholarly journals. She has also presented her work in several national and international conferences.
Ms. Indu Bala Grover has a bachelor's degree in Computer Science and Engineering and a master's degree in Computer Technology. She has over 15 years of academic experience in teaching, research and administration in higher-education institutions. She has published research papers in the scholarly journals. She has also presented her work in several national and international conferences.
- Faculty/Staff
- Oklahoma State University - Stillwater
- Mentoring (short-term)
- Collaborative projects
- Membership of an advisory committee
- Teaching opportunities
- Undergraduate recruitment support
- Undergraduate research supervision
- Technical support
- Speaking engagements
- Bengali
- Hindi
- English
- Panjabi; Punjabi
- Urdu
- Computer Science
- Assistant Professor
- Computer Science
- Assistant ProfessorComputer Science
Dr. Sharmin Jahan is a tenure-tracked assistant professor in the Department of Computer Science at Oklahoma State University. She has completed her PhD in Computer Science from the University of Tulsa. Her research focuses on dynamic security assurance for the autonomous systems, a.k.a. self-adaptive systems (SASs). This research aims to embed security awareness by interpreting dynamic operational environment with potential uncertainty using explainable AI model and enable autonomous decision-making ability within SAS to assure its optimal security compliance confidence.
Research Interests:
Explainable Artificial Intelligence Applications in Cyber Security
Information Security
Self-Protecting System
IoT Security
Security in Micro-service based applicationDr. Sharmin Jahan is a tenure-tracked assistant professor in the Department of Computer Science at Oklahoma State University. She has completed her PhD in Computer Science from the University of Tulsa. Her research focuses on dynamic security assurance for the autonomous systems, a.k.a. self-adaptive systems (SASs). This research aims to embed security awareness by interpreting dynamic operational environment with potential uncertainty using explainable AI model and enable autonomous decision-making ability within SAS to assure its optimal security compliance confidence.
Research Interests:
Explainable Artificial Intelligence Applications in Cyber Security
Information Security
Self-Protecting System
IoT Security
Security in Micro-service based application- Faculty/Staff
- Oklahoma State University - Stillwater
- English
- Bengali
- Computer Science
- Teaching Associate Professor
- Computer Science
- Teaching Associate ProfessorComputer Science
Teaching Assistant Professor
Research Interests:
Wireless Sensor Networks, Artificial Intelligence, Internet of Things, Block Chain Technology, Machine Learning, Pattern Recognition, and Digital Image Processing.Teaching Assistant Professor
Research Interests:
Wireless Sensor Networks, Artificial Intelligence, Internet of Things, Block Chain Technology, Machine Learning, Pattern Recognition, and Digital Image Processing.- Faculty/Staff
- Oklahoma State University - Stillwater
- English
- Hindi
- Marathi
- Computer Science
- Teaching Associate Professor
- Computer Science
- Teaching Associate ProfessorComputer Science
- Faculty/Staff
- Oklahoma State University - Stillwater
- Computer Science
- Teaching Assistant Professor
- Computer Science
- Teaching Assistant ProfessorComputer Science
Dr. Bjorn (Theodore)Larson is an expert in the practice and application of computer science and information systems. He has spent 20 years developing a framework for explaining the value proposition for every layer of organizational technology use. He has a significant experience in academic and industry public speaking, writing, statistics, and computer science.
Dr. Bjorn (Theodore)Larson is an expert in the practice and application of computer science and information systems. He has spent 20 years developing a framework for explaining the value proposition for every layer of organizational technology use. He has a significant experience in academic and industry public speaking, writing, statistics, and computer science.
- Faculty/Staff
- Oklahoma State University - Stillwater
- Career advice
- Collaborative projects
- Industry projects
- Masters or PhD research supervision
- Media inquiries
- Membership of an advisory committee
- Research design
- Speaking engagements
- Teaching opportunities
- Technical support
- Undergraduate recruitment support
- Undergraduate research supervision
- English
- Computer Science
Fields of Research- Applied computing
- Information systems
- Science, technology and engineering curriculum and pedagogy
- Head
- Professor
- Computer Science
- ProfessorComputer Science
- Faculty/Staff
- Oklahoma State University - Stillwater
- Computer Science
Fields of Research- Autonomous agents and multiagent systems
- Artificial intelligence
- Computational neuroscience
- Assistant Professor
- Computer Science
- Assistant ProfessorComputer Science
Dr. Anirudh Paranjothi is an Assistant Professor in the Department of Computer Science at Oklahoma State University. He received Ph.D. in computer science from the University of Oklahoma, an M.S. in computer science from Texas A&M University, and a B.S. degree in computer science from Anna University. His primary research interests are in the areas of networking, security, and computing, with an emphasis on wireless systems. The overarching motivation of Anirudh's research is to enhance security along with efficient routing and data forwarding on complex dynamic network systems like Vehicular Ad hoc Networks (VANETs) using next-gen technologies like edge computing, 6G and beyond. His research philosophy strongly emphasizes end-to-end framework design and development for real-world problems in wireless networks. His secondary research interests are in the area of social networks, mobile cloud computing, and IoT.
Research Interests:
Wireless Networks, Vehicular Networks, Network Security, Fog/Edge Computing, 6G and Beyond.Dr. Anirudh Paranjothi is an Assistant Professor in the Department of Computer Science at Oklahoma State University. He received Ph.D. in computer science from the University of Oklahoma, an M.S. in computer science from Texas A&M University, and a B.S. degree in computer science from Anna University. His primary research interests are in the areas of networking, security, and computing, with an emphasis on wireless systems. The overarching motivation of Anirudh's research is to enhance security along with efficient routing and data forwarding on complex dynamic network systems like Vehicular Ad hoc Networks (VANETs) using next-gen technologies like edge computing, 6G and beyond. His research philosophy strongly emphasizes end-to-end framework design and development for real-world problems in wireless networks. His secondary research interests are in the area of social networks, mobile cloud computing, and IoT.
Research Interests:
Wireless Networks, Vehicular Networks, Network Security, Fog/Edge Computing, 6G and Beyond.- Faculty/Staff
- Oklahoma State University - Stillwater
- Collaborative projects
- Masters or PhD research supervision
- Media inquiries
- Inclusion, diversity, equity, and access (IDEA) support
- Industry projects
- English
- Computer Science
Fields of Research- Wireless communication systems and technologies
- Cybersecurity and privacy
- System and network security
- Autonomous vehicle systems
- Data communications
- Data security and protection
- Concurrent/parallel systems and technologies
- Associate Professor
- Computer Science
- Associate ProfessorComputer Science
- Faculty/Staff
- Oklahoma State University - Stillwater
- Computer Science
Fields of Research- Electrical engineering
- Distributed computing and systems software
- Computer hardware
- Computer software
- Distributed computing
- Electrical and electronic engineering
- Assistant Professor
- Computer Science
- Assistant ProfessorComputer Science
Dr. Cong Pu is a tenure-track assistant professor in the Department of Computer Science, Oklahoma State University (Stillwater, Oklahoma). He received Ph.D. and M.S. in Computer Science degrees from Texas Tech University, USA.
Research Interests:
Network Security, Data Privacy, Applied Cryptography, Wireless Networking, and Mobile ComputingDr. Cong Pu is a tenure-track assistant professor in the Department of Computer Science, Oklahoma State University (Stillwater, Oklahoma). He received Ph.D. and M.S. in Computer Science degrees from Texas Tech University, USA.
Research Interests:
Network Security, Data Privacy, Applied Cryptography, Wireless Networking, and Mobile Computing- Faculty/Staff
- Oklahoma State University - Stillwater
- Collaborative projects
- English
- Computer Science
Fields of Research- System and network security
- Data and information privacy
- Cryptography
- Networking and communications
- Mobile computing
- Assistant Professor
- Computer Science
- Assistant ProfessorComputer Science
I am an Artificial Intelligence (AI) researcher focusing on two relatively independent research thrusts: (1) Explainable AI, especially the mechanical interpretability of concept and knowledge acquisition in deep neural networks and of the role of logical reasoning in that process, and (2) "Biodiversity AI", the application of AI techniques to biodiversity science, ecological informatics and computational systematics, especially with the goal of impacting conservation decision-making. My current & past funding sources include the National Science Foundation and the National Institutes of Health.
I am an Artificial Intelligence (AI) researcher focusing on two relatively independent research thrusts: (1) Explainable AI, especially the mechanical interpretability of concept and knowledge acquisition in deep neural networks and of the role of logical reasoning in that process, and (2) "Biodiversity AI", the application of AI techniques to biodiversity science, ecological informatics and computational systematics, especially with the goal of impacting conservation decision-making. My current & past funding sources include the National Science Foundation and the National Institutes of Health.
- Faculty/Staff
- Oklahoma State University - Stillwater
- Masters or PhD research supervision
- Collaborative projects
- Industry projects
- Membership of an advisory committee
- Teaching opportunities
- Undergraduate research supervision
- English
- Bengali
- Computer Science
Fields of Research- Artificial intelligence
- Bioinformatics and computational biology
- Professor
- Computer Science
- ProfessorComputer Science
Research Interests
- Quantum Computing
- Causal Inference
- Computational Neuroscience (Spiking Neural Networks)
Research Interests
- Quantum Computing
- Causal Inference
- Computational Neuroscience (Spiking Neural Networks)
- Faculty/Staff
- Oklahoma State University - Stillwater
- Computer Science
Fields of Research- Quantum computation
- Machine learning
- Computational neuroscience