Sentence examples for decoding how from inspiring English sources

And, she adds, one reason playwrights have fought shy of focusing on these issues until now is because they – like all of us – are still decoding how the all-pervasive presence of the web is changing us: "The effects definitely feel like something of an unexploded bomb; like a new God we haven't realised we're in constant confession to".

Decoding how diabetes and obesity are interrelated is a complex and interdisciplinary research endeavour [ 1, 2].

Decoding how PTMs impacts the TF regulatory system that governs diverse cellular responses remains challenging.

Which all sounds tremendously familiar, except that it is a trap: for it is extremely difficult to decode how these rooms actually worked, what they felt like.

Given the speed of sound in air, the timing difference between these is minuscule, yet we can decode how much time has passed to tell where the sound is coming from.

A similar argument emerges from a paper from Yesha Yadav of Vanderbilt University who argues thatAlgorithmic traders have powerful advantages over more fundamental traders, most notably, in their ability to decode how an informed trader is likely to transact – and to then get to this trade before anyone else.

If this is getting a little confusing, wikiHow has articles on both installing ceiling fans and replacing ceiling fans that could help you decode how to do it correctly.

Previous sections on HMMs and multistream decoding described how the boosted models are combined for performing the speech recognition task.

To understand the emergent properties of neural circuits, it would be ideal to record the activity of every neuron in a behaving animal and decode how it relates to behavior.

Reading effectively for meaning and pleasure involves a complex range of skills, most of which rely on strong speech and language skills - using sounds to decode, knowing how words work together and understanding the vocabulary to gain meaning, for example.

Pulsatile stimuli and oscillating signals are integral to many biological processes, and elucidation of the mechanisms through which the pulsatility is decoded explains how the same stimulant can lead to various outcomes in a single cell.