We innovate, design, and prototype high-performance intelligent distributed systems, applications, and services on complex, large-scale communication networks. We develop wireless technologies for sensing the world, localizing critical assets, and improving the capacity, coverage, and scalability of communication networks.
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New application needs have always sparked human innovation. A decade ago, cloud computing enabled high-value enterprise services with a global reach and scale but with several minutes or seconds of delay. Large-scale services like enterprise resource planning (ERP) were a corner-case scenario, often designed as one-off systems.
Today, applications like social networks, automated trading, and video streaming have made large-scale services the norm rather than the exception. In the future, advances in 5G networks and an explosion in smart devices, microservices, databases, networking, and computing tiers will make services so complex that humans cannot tune or manage them.
The sheer scale, dynamic nature, and concurrency in services on 5G slices will require them to be intelligent and autonomic. They will need to continuously self-assess, learn, and automatically adjust for resource needs, data quality, and service reliability. The need for increased efficiency and reduced latency between measurement and action drives our design of real-time distributed systems for feature extraction, computation, and machine learning on multimodal streaming data. We are conducting extensive research on creating end-to-end solutions using multimodal sensing technologies in the retail, public safety, and transportation domains.
Our 5G cellular network research encompasses the development of technologies on the Radio Access Network (RAN), the mobile edge, and the 5G LAN. Within the RAN, we are developing technologies that optimize massive MIMO/MU-MIMO deployments and millimeter-wave access (e.g., transmission at 28 GHz to nomadic/mobile users). At the mobile edge (MEC), we focus on virtualization, scalability, and cloud deployment of appropriate services. Our 5G LAN research extends the benefits of 5G slicing technology to enterprise LANs to position the enterprise as the new MEC.
Want to learn more about our integrated systems department? Meet our team of experts, check out our blog posts, or read our latest publications.
Are you interested in joining us? We seek the next generation of thought leaders in integrated systems for researcher positions. Outstanding applicants pursuing a career in all areas of integrated systems are encouraged to visit our careers page to learn more and to apply for our available positions.
Check back this fall for exciting internship opportunities for Summer 2026. We will be looking for students pursuing advanced degrees in Computer Science and Electrical Engineering. Internships are typically 3 months long during the summer. The benefits of working for us include the opportunity to quickly become part of a project team applying cutting-edge technology to industry-leading concepts.
To learn more about our Summer Internships, visit our Internship page.
A decade ago, large-scale services like enterprise resource planning (ERP) were a corner-case scenario, often designed as one-off systems. Today, applications like social networks, automated trading and video streaming have made large-scale services the norm rather than the exception.
READ MORE
New application needs have always sparked human innovation. A decade ago, cloud computing enabled high-value enterprise services with a global reach and scale, but with several minutes or seconds of delay.
READ MORE
NavigateIO tracks first responders in precarious situations by leveraging the ultra wide-band (UWB) technology, fusing it with inertial sensors to accomplish this objective directly from outside, without relying on access to any indoor infrastructure.
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