Design of complex analysis and response systems

Design of decision-making processes is further complicated when short timescales, remoteness or complexity of information require some prefiltering, or interrogation of the environment, to be carried out under machine control, creating semi-autonomous or ‘intelligent’ systems.  Our experience in control theory and machine intelligence, including Bayesian image interpretation and signal processing, can guide the design and analysis of experiments on complex biological systems, for example the interpretation and filtering of circadian (sleep) ECG, EEG, or other data, and the design of medical instrumentation, patient monitoring and ambulatory drug delivery systems.

Is that radar blip a threat to me, a friendly aircraft, or simply some random noise?

Tessella was a key partner with BAE Systems in the development of the Sampson radar system for the Royal Navy’s Type 45 destroyers, described as the world’s most advanced radar system. Tessella developed the sophisticated target identification, classification and tracking algorithms needed to make split-second, life and death decisions based on the complex, noisy data obtained from radar systems.