Public CILIA Deliverables

WPS 0:


D0.3.5:	CILIA Summer School - From Biological to Bionic Systems (pdf)


WPS 1:


D1.1.1:	Initial bat shape data set (pdf)
	related publications (link.1) (link.2) (link.3) (link.4)
D1.1.2:	Method to acquire 3D shape description of cricket cerci and lateral line system of fish (pdf)
D1.1.4:	Extended pinna and noseleaf shape data set (pdf)
	related publications (link.1)
D1.1.5:	Application of refined method to 3D morphology acquisition of cricket cerci and lateral line system (canal structure) of fish (executive summary)
D1.1.6:	Description of array morphology of the goldfish lateral line (pdf)
D1.1.7:	Description of array morphology in fish from different habitats (pdf)
D1.1.8:	Complete image reference library of crickets using SEM and CM imaging
	for interspecies comparison of single hair and array morphology (pdf)
D1.2.4:	Test resolution levels of X-ray diffraction method for establishing chitin fibre orientation
	present in socket region (pdf)
	related publications (link.1)
D1.2.6:	Investigate patterns of hair array movement in response to mechanical and acoustic stimuli
	in fish and cricket (HSC) (executive summary)
	related publications (link.1)
D1.3.1:	Functional properties of bat pinnae and quantification of shape and functional variability
	in bat pinnae (executive summary)
D1.3.2:	Description of CFD code and of individual hair and neuromast models (executive summary)
D1.3.8:	Description of most promising candidate design rules for emission and reception baffle shapes
	(pdf)
D1.4.2:	Definition of interface between MEMS sensors and consortium hardware (pdf)
D1.4.3:	Fabrication Technology description for hair-sensors operating in fluids (pdf)
D1.4.4:	Functional hair-sensors for operation in aquatic environments (executive summary)
D1.4.6:	Fabrication and characterisation of a new generation of hair sensors for operation in air (executive summary)

WPS 2:


D2.1.1:	Responses of lateral line afferent nerve fibres in still, laminar and turbulent water (pdf)
	related publications (link.1)
D2.1.2:	Electrophysiological characterization of cultivated insect neurons (executive summary)
D2.1.3:	Electrophysiological properties neurons involved in signal detection (pdf)
D2.1.4:	Receptive field properties of afferent nerve fibres in response to dipole stimuli (executive summary)
D2.1.5:	Ca2+ imaging of perception of directionality of air currents (pdf)
D2.2.3:	Electrophysiological recording during escape of a freely moving cricket (pdf)
D2.2.6:	Receptive field properties of brainstem neurons in response to dipole stimuli (executive summary)
D2.2.7:	Neuroanatomy of the cricket cercal escape system (pdf)
D2.2.9:	Characterisation of cell-surface interface with TIRFM (executive summary)
D2.3.1:	Computational models of stimulus to afferent coding: cricket, fish and bat (executive summary)
	related publications (link.1) (link.2) (link.3)
D2.3.2:	Neuronal model for the external and canal lateral-line system of fish to determine the position of and distance to moving objects (executive summary)
D2.3.3:	Computational model for determining position and movement direction of an attacker (executive summary)

WPS 3:


D3.1.0:	Choice of technology of visualisation of air flow in leaf litter in the field (pdf)
D3.1.1:	Quantify the air flow around an approaching predator using PIV (pdf)
	related publications (link.1) (link.2) (link.3)
D3.1.3:	Feasibility study of experimentally establishing ecological context for lateral line system (pdf)
D3.1.4:	Database of echo signals for a variety of environment-task combinations (pdf)
D3.1.5:	Extended database of echo signals for a variety of environment-task combinations (pdf)
D3.1.10:	Orientation of fish in water flow (pdf)
D3.2.1:	Interfaces between MEMS sensors and robotic platforms (pdf)