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Computer Science

Computer Science

University of North Carolina

Computer Science at University of North Carolina has 91 faculty on GradNova.

Faculty

Z
Machine Learning
Statistics
Theoretical Computer Science
Adversarial Robustness in Machine Learning
+4
P
Augmented and Virtual Reality
Computational Displays and Imaging
Diffractive Optics
Holographic/3d Displays
+7
S
Distributed Embedded Systems
Electromobility
Embedded Control Systems
Energy Storage Systems
+8
M
3D/Multimodal Learning
Computer Vision
Human-Robot Interaction
Mechanical Design
+6
P
Access Control
Distributed Collaboration
Mobile Computing
Software Engineering Environments
+4
T
Interdisciplinary Scientific Challenges: Bioengineering, Quantum Computing
Machine Learning Problems: Sparsity, Robustness, Learning to Optimize, Graph Learning, Diffusion Models
S
Applications of ML and NLP
Narrative Understanding
Natural Language Understanding
Social NLP
+5
F
3D Interactive Computer Graphics
Computer Architecture
Human-Computer Interaction
The Design Process
+6
G
3D Interactive Computer Graphics
Assistive Technology
Hardware and Software for Man-Machine Interaction
Image-Based Rendering
+7
G
First-Person Vision
Human Behavior Modeling
Multi-Modal Deep Learning
Transfer Learning
+6
T
Clothing Recognition
Computer Vision
Gaze Pattern Analysis
Human-In-The Loop Recognition
+10
B
Caching
Performance Modeling
Resource Allocation
Scheduling
M
Mohit Bansal

John R. and Louise S. Parker Distinguished Professor

Computer Science

University of North Carolina at Chapel Hill

Human-Like Language Generation and Q&a/dialogue
Interpretable and Structured Deep Learning
Multimodal, Grounded, and Embodied Semantics
Statistical Natural Language Processing and Machine Learning
+3
J
Aggregated Search Systems and Evaluation
Information Retrieval
Machine Learning
Search Assistance
+4
J
Distributed and Concurrent Algorithms
Multicore Computing
Operating Systems
Real-Time Systems
R
Assistive Robotics
Medical Imaging
Medical Robotics
Physically-Based Simulation
+6
J
Data Mining
Experimental Methods and Models in Networking Research and Education
Internet Traffic Generation, Wireless Networks, Congestion Control and Active Queue Management
Measurement and Modeling of Internet Traffic, Protocol Benchmarking
+5
S
High-Performance Scientific and Industrial Computing
High-Productivity, Domain Specific Languages
Pattern Recognition Applied to National Security Problems
Signal, Image, and Video Processing
R
3D Interactive Computer Graphics
Distributed Systems
Human-Computer Interaction
Scientific Visualization
+3
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