Mobile VR users can feel somewhat limited by the differences in input precision on the Gear VR versus desktop controls, but this can only improve as mobile VR platforms like Samsung begin experimenting with more-effective input methods.
Garcia said the student voice is important, but there could be more effective ways to have input, like an entire student school board with representatives from every local district.
We summarize our surprising conclusion: The commonplace and widely accepted argument suggesting that synchrony makes excitatory inputs more effective is, at least in one very natural formalization (namely, that of Sect. 4), wrong.
A single voice providing constructive input is more effective than an un-coordinated free for all.
We turn to a second way of making precise the notion that excitatory current input becomes more effective when delivered more synchronously.
Accurate control of the heat input allows more effective prediction of the intermetallic properties and better control of post-heat treatments.
Again we see that input becomes more effective when delivered more rapidly: If a given pulse succeeds at eliciting an action potential, then the same pulse, delivered faster, will succeed as well.
The theorem shows that input becomes more effective when delivered more rapidly: If a given pulse succeeds at eliciting an action potential, then the same pulse, delivered faster, will succeed as well.
We assume that I ( t ) is of significant size for t ≤ 1, but not for t ≫ 1. (For numerical illustrations, we will use I ( t ) = r t e − t, with r > 0.) Thus the "duration" of the input pulse I is on the order of 1 ms. We will discuss in what sense there is coincidence detection, i.e., in what sense more rapid delivery of excitatory input is more effective.
In general, control by structural inputs appears more effective than control by acoustic sources for structurally radiated noise.
Electrical synapses can change signal integration properties of neurons that possess sublinear dendritic integration mechanisms (cerebellar Golgi cells); gap junctions, by spreading the excitatory synaptic charge into the dendrites of other cells, counteract the effects of sublinear dendritic integration, enabling inputs to be more effective (Vervaeke et al. 2012).
