Point-of-care (POC) diagnostic devices hold great promise to significantly impact healthcare delivery and address health disparities.
New enabling technologies for real-time, high-fidelity sensing and manipulation of brain neurochemistry at microscopic scales can provide the framework for ultimately developing new neuromodulation devices that impose therapeutic neurochemical profiles or maintain optimal neurochemical levels in disease states via real-time feedback control.
This presentation will address various challenges in developing a fully functional personal particulate matter (PM) monitoring system, from the design of specialised electrochemical instrumentation to modern microfluidic fabrication techniques using 3D printing to enhance performance.
Quantum computing is a new paradigm that exploits fundamental principles of quantum mechanics, such as superposition and entanglement, to tackle problems in mathematics, chemistry and material science that are well beyond the reach of supercomputers.
The cochlear implant, currently used as a clinical treatment for hearing loss in children and adults, is a device that bypasses the damaged sensory receptor hair cells by generating electric current in response to an acoustic sound.
The principles of shared control integrate the best of both worlds: the fast, reliable and precise task execution capabilities of automation with the complementary inventive, adaptive and interactive task execution skills of humans. In this seminar we explore the progress made in shared control systems applied to assistive robots, such as smart wheelchairs.
In this talk, the implementation of miniaturised passive devices as well as the possibility of using such devices to co-design with active components will be discussed.
The London Symposium on Information Theory (LSIT 2023) is a three-day event hosted at UCL with two invited sessions per day and a poster session.