This work is an attempt for a state-of-the-art survey of natural and life sciences with the goal
to define the scope and address the central questions of an original research program. It is …

Temporal integration of information and prediction of future sensory inputs are assumed to
be important computational tasks of generic cortical microcircuits. It has remained open how …

Estimating the speed and direction of moving objects is a crucial component of agents
behaving in a dynamic world. Biological organisms perform this task by means of the neural …

We propose an alternative paradigm for processing time-varying visual inputs, in particular
for tasks involving temporal and spatial integration, which is inspired by hypotheses about …

We present a multi-chip neuromorphic system in which an address event representation is
used for inter-chip communication. The system comprises an analog VLSI transient imager …

This book arises primarily from the INtegral BIOmathics Support Action (INBIOSA), funded by
the EU Future and Emerging Technologies initiative under the Framework 7 programme …

I present a new focal-plane analog very-large-scale-integrated (aVLSI) sensor that estimates
optical flow in two visual dimensions. Its computational architecture consists of a two-layer …

The extent of pixel-parallel focal plane image processing is limited by pixel area and imager
fill factor. In this paper, we describe a novel multi-chip neuromorphic VLSI visual motion …

We introduce a biologically inspired computational architecture for small-field detection and
wide-field spatial integration of visual motion based on the general organizing principles of …

An analog very large-scale integrated (aVLSI) sensor is presented that is capable of
estimating optical flow while detecting and preserving motion discontinuities. The sensor's …