Embedded Intelligence
Efficient edge algorithms for local decision-making and latency-sensitive control.
The CPS Center develops integrated physical-digital systems that combine sensing, networking, control, and intelligent computing for resilient and adaptive infrastructure.
The CPS Center provides the technical foundation for intelligent infrastructures by connecting field sensors, embedded edge devices, communication networks, and cloud analytics. It supports real-time monitoring, decision-making, and automation in complex environments.
Efficient edge algorithms for local decision-making and latency-sensitive control.
Multi-modal sensing architectures with robust calibration and data quality pipelines.
Resilient wireless and hybrid communication designs for dependable operations.
Safety-aware cyber protections and secure-by-design CPS deployment approaches.
The center uses configurable sandbox environments that mirror real-world CPS stack layers from sensor to analytics.
Outdoor and indoor pilot zones for instrumentation and live data capture.
Hardware-software integration workflows for accelerated experimentation.
Repeatable testing against performance, reliability, and safety targets.
The CPS Center builds practical competencies in systems integration, autonomy, and data-driven operations. It creates shared infrastructure for capstones, graduate research, and externally funded initiatives focused on smart transportation, infrastructure, and city systems.
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