This paper introduces an innovative method for the analysis of alcohol–water droplets on a
CMOS capacitive sensor, leveraging the controlled thermal behavior of the droplets. Using …

Advances in microsystems integration are enabling the development of new biological and
medical devices. Beyond the multifunctional integration on a single chip of sensors …

The level set method has many advantages for image segmentation, such as dealing with
sharp corners, segmenting the boundaries of complex object and so on. However, it is easily …

We present in this paper a new CMOS interface for cell manipulation by dielectrophoresis
and capacitive sensing system dedicated for a lab-on-a-chip. It fully integrates a signal …

In this paper, we present a new rapid prototyping platform dedicated to dielectrophoretic
microfluidic manipulation and capacitive cell sensing. The proposed platform offers a …

This paper presents a multi-channel sinusoidal generator based in triangle-to-sine (TSC)
converters. The proposed signal generator is used as stimulator of electro kinetic micro …

In the 90s, efforts arise in the scientific world to automate and integrate one or several
laboratory applications in tinny devices by using microfluidic principles and fabrication …

This article presents a new multiphysics modelling approach for cell manipulation by
dielectrophoresis. This approach is proposed to model and predict the behavior of particles …

Les travaux présentés dans ce manuscrit de thèse concernent le développement d'une
méthode de caractérisation électrique de cellules biologiques, sans marquage, basée sur la …

This dissertation presents the design and implementation of a 16-channel sinusoidal
generator to stimulate microfluidic devices that use electrokinetic forces to manipulate …