… dendrites, are also implicated in the motion computation. We suggest that these neurons
comprise the small-field elementary motion detector circuits the outputs of which are integrated …

… the identification of motion detection circuits in the … Elementary motion detecting circuits.
With increasingly specific genetic tools at hand, core motion detecting circuits could be identified. …

… Animal behaviour arises from computations in neuronal circuits, … , we identified cell types
constituting a motion detection circuit, … , we identified Tm3 as a primary component of the motion …

… a finished product of elementary motion detection, a recording from a … ) Neural circuit
tuning fly visual interneurons to motion of small objects. II. Input organization of inhibitory circuit …

… z Wiener-type system identification methods applied to motion detector cells in the fly visual
… in the visual system of the fly, part II: Towards the neural circuitry. Biological Cybernetics. 46 …

… , the process of elementary motion detection involves the … in our understanding of the neural
circuits underlying this … CBCs for ON motion detection are not yet definitively identified. (b) …

… Motion detection may, therefore, be one of the first examples in computational neurosciences
where common principles can be found … of computations performed by neural circuits. Up to …

… detector or Barlow-Levick (BL) models. These both simulate motion detection well, but the
exact neuronal circuits … cell types or could not be identified: an Mi10 neuron makes a few input …

… We show that Tm9 provides critical input to OFF edge motion detection … identify and
characterize a behaviorally relevant circuit that is a central component of elementary motion detection…

… properties of both Tm2 and L4 neurons via Ca 2+ imaging. We found that Tm2 and L4 cells
… arms of the elementary OFF motion detector. In this case, Tm2 would reveal a preference for …