Graduate Thesis

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Marjan Asadinia Advanced computer architecture, Memory system architectures, Next-generation storage systems, Systems-on-Chip (SoC) and Networks-on-Chip (NoC), Interconnection networks, and deep learning.
Graphical user interfaces; Computer architectures; Simulation and performance analysis.ÌýFall only
Compilers and programming languages; Automated test case generation; software testing; Computer Science education.
Big data management with the focus on large-scale scientific workflows; Big data workflow scheduling; Cloud computing.
Data Mining, Machine Learning, Deep Learning, Feature Engineering, Data Preprocessing-Feature selection, feature extraction, and Anomaly/outlier detection.
Computer Science education; Human-computer interaction; Computing with human factors; Data analysis/science.
Network Function Virtualization(NFV); Software Defined Networking(SDN); Virtual Network Embedding(VNE).
Energy-efficient storage system; Thermal-aware resource management; Parallel and Distributed Computing; Cloud computing; Spatial database systems; Data Science.
High-performance Computing, Cloud Performance vs. Cost Tradeoff, Embedded/Low-Power Machine Learning.
Accessible Computing, Assistive Technology, Data Visualization and Explainable AI, Human-machine Teaming.
High-speed architectures.
Computer Vision and Image Processing.
Alex Modarresi Computer networking and security, IoT and smart systems, Software Define Networking (SDN), and ad-hoc routing protocol.
Mobile and wearable computing; User interface design; Mobile and hardware security; Algorithm design for embedded systems.
Design and analysis of algorithms.
Ruobin Qi Machine Learning, Deep Learning.
Data Science, Big Data Computing, Deep Learning, Computer Vision, Machine Learning, Artificial Intelligence, Robotics, Data Mining, Biometrics.
Artificial Intelligence, Deep Learning, Semantic Computing, Data Mining.
Automated assembly path planning; Geometric shape analysis; Embedded systems; Software and infrastructure applications design.