Positioning and Orientation of Adherent Cells in a Microfluidic Chip using the Micro Patterning of a Parylene-C Film.
Claire DalmayJun-Jung LaiLaurent GriscomOlivier FrançaisBruno Le PioufleFrédéric SubraPatrick TaucJoseph LautruPublished in: BIODEVICES (2011)
Keyphrases
- primary visual cortex
- high speed
- low cost
- high density
- gabor filters
- analog vlsi
- microscopy images
- orientation estimation
- electro mechanical systems
- ridge detection
- orientation selective
- vlsi implementation
- visual cortex
- evolutionary algorithm
- programmable logic
- bio inspired
- chip design
- film restoration
- ibm power processor
- position and orientation
- real time