Bio-inspired intent communication for automated vehicles

Intent Communication between Autonomous Vehicles and Pedestrians

When pedestrians encounter vehicles, they typically stop and wait for a signal from the driver to either cross or wait. What happens when the car is autonomous and there isn’t a human driver to signal them? This paper seeks to address this issue with an intent communication system (ICS) that acts in place of a human driver. This intent system has been developed to take into account the psycholo...

Capacity of a Bio-inspired Communication System

Bio-inspired communication (BC) is the next generation of communications at nano-scale, especially, in fluid media. Recent researches on BC still remains limited, questions on how to build a communication system from a bio-physical environment, or how to modulate information in such a environment are really challenging. Further, geometric shape of medium (free space, half space, box...) also af...

Service Evolution in Bio-Inspired Communication Systems

An autonomic network must work unsupervised, therefore must be able to respond to unpredictable situations. The BIONETS project is working towards resilient network services that are able not only to perform short-term adaptations to the environment but also long-term evolution of new functionalities. To this end, a bio-inspired approach is proposed, based on an extension of evolutionary comput...

Secure Bio-Cryptographic Authentication System for Cardless Automated Teller Machines

Security is a vital issue in the usage of Automated Teller Machine (ATM) for cash, cashless and many off the counter banking transactions. Weaknesses in the use of ATM machine could not only lead to loss of customer’s data confidentiality and integrity but also breach in the verification of user’s authentication. Several challenges are associated with the use of ATM smart card such as: card clo...

Automated Scour Detection Arrays Using Bio-inspired Magnetostrictive Flow Sensors