Advanced Computing, Cyber-Physical Systems, and Cybersecurity
Secure, safe, and advanced computing requires integrated expertise in technical skills and human understanding. Baylor cyber researchers focus on each of these aspects. From a technical perspective, automating information-based assessment and awareness with context leads to the development and deployment of resilient systems. From the human perspective, studying corporate and geopolitical policy, as well as behavioral aspects such as trust, social engineering and threat/response leads to better-integrated, safer, and more useful software tools.
Faculty
Expertise: Nanostructured materials and nanocomposites synthesis and characterization using X-ray, neutron, and electron scattering, electrochemical and thermochemical energy conversion and storage processes, chemical and biobased molecular manufacturing, separations and sensing, post-consumer waste plastics depolymerization, water and energy processing for global development and sustainability.
Expertise: Low-power computing, Molecular computing, Quantum computing, Quantum mechanics
Expertise: Cyber-physical systems, IoAT Devices and security in cloud-based applications, Explainable AI for robotic/autonomous systems failures
Expertise: Web applications development
Expertise: Signal processing and communications, Wireless communications and networking, Cyber-physical system and security, Artificial intelligence / machine learning applications
Expertise: Large-scale video surveillance, Event-based video representations, Application-driven video compression, Scalable deep learning, Computer vision, Neuromorphic systems
Expertise: Machine learning, Unsupervised learning, Efficient learning, Eye disease symptom detection
Expertise: Robotics, Embedded Systems, Signal Processing, Neuromorphic Engineering
Expertise: Hardware assisted software security analysis, Malware analysis, High performance computing security
Expertise: Computer engineering, Computer architecture and design, Embedded systems
Graduate Program Director & Professor, Electrical & Computer Engineering
Graduate Program Director & Professor, Electrical & Computer Engineering
Expertise: Imaging, Scientific computation, Medical & space applications, Robust estimation and control
Expertise: Public school computer science teacher training certification, General parallelization theory to advance automated parallel computation
Expertise: Aerospace engineering, multi-agent autonomy, electrified aviation, airborne robotic systems dynamics and control, and advanced air mobility