Francois Danneville

Title: Francois Danneville: Innovations and Patents

Introduction:

Francois Danneville, a notable inventor from Lille, FR, has made significant contributions to the field of artificial intelligence and optoelectronics through his innovative patented inventions. With two patents to his name, Danneville has demonstrated his expertise in creating novel solutions in the areas of artificial neural networks and optical sensors.

Latest Patents:

Artificial Neuron: Francois Danneville's artificial neuron patent describes a cutting-edge technology that mimics the behavior of biological neural networks. The neuron comprises a membrane capacitor that integrates external synaptic excitation in the form of current. The patent also introduces a negative-feedback impulse circuit, powered by voltages ranging between -200 mV and +200 mV. It employs a bridge utilizing pMOS and nMOS transistors connected to the membrane capacitor, enabling the neuron to process inputs with utmost efficiency.

Optical Sensor: Danneville's patent for an optical sensor, specifically an artificial retina, showcases his proficiency in optoelectronics. The sensor employs photosensitive cells, each equipped with an integration capacitor and a read circuit. The MOS transistor within each cell operates subthreshold, with its drain-source current influenced by the optical power received by a connected photodiode. This inventive design allows for accurate detection of light and enables a myriad of applications within the field of vision systems.

Career Highlights:

Throughout his career, Francois Danneville has worked with prestigious research institutions, contributing to their groundbreaking projects. He has made a significant impact during his tenure at the Centre National De La Recherche Scientifique (National Center for Scientific Research) and Universite De Lille (University of Lille). These collaborations have provided Danneville with a fertile ground to nurture his inventive ideas and bring them to fruition.

Collaborations:

While pursuing his passion for innovation, Francois Danneville has had the privilege of working alongside esteemed professionals in the field. Notable collaborations include his cooperation with Alain Cappy, a renowned researcher hailing from Lille, FR. Danneville has also collaborated with Virginie Hoel, another experienced individual in the scientific community. These collaborations have enriched Danneville's inventiveness and fostered an environment of knowledge sharing and exchange of ideas.

Conclusion:

Francois Danneville has made significant contributions to the world of innovation through his patented inventions in the areas of artificial neural networks and optical sensors. His dedication, expertise, and collaboration with esteemed colleagues have enabled him to push the boundaries of scientific knowledge. Danneville's groundbreaking work not only represents the advancements in artificial intelligence and optoelectronics but also serves as an inspiration for future inventors and researchers in these fields.