Intelligent Networked Systems Institute London

We develop new approaches to machine learning and intelligent algorithms that can process complex information and adapt to changing environments. Our research bridges fundamental principles with real-world applications. We explore how AI systems can be designed to work more efficiently and reliably across different computing platforms.

We research new hardware architectures and technologies that will enable more efficient and powerful computing systems. Our work includes neuromorphic computing (computing inspired by the human brain), novel semiconductor technologies, and specialised processors designed for AI and machine learning. We explore how hardware and software can work together more effectively to meet the demands of intelligent networked systems.

Our research explores the infrastructure and systems that will shape future communication networks. As demand grows for faster and more reliable data transmission, we investigate advanced network architectures and connectivity solutions. Our work develops the foundational technologies needed to enable seamless global connectivity in an increasingly interconnected world.

Quantum computing and quantum communication represent a fundamental shift in how information can be processed and transmitted. Our work in this area focuses on quantum algorithms, error correction methods, and networking protocols. By examining both the underlying science and engineering requirements, we aim to advance quantum technologies that could transform computation and secure communication.