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Which in sentence

83315 examples of Which in a sentence

So today, I would like to talk with you about bionics, which is the popular term for the science of replacing part of a living organism with a mechatronic device, or a robot.
They're called body-powered prostheses, which were invented just after the Civil War, refined in World War I and World War II.
And he picks which joint he wants to move with those chin switches.
So we collaborated with our colleagues in University of New Brunswick, came up with this algorithm control, which Amanda can now demonstrate.
It's about seven pounds, which is probably about what my arm would weigh if I lost it right here.
But my favorite one was just when the hand was open, because I work with kids, and so all the time you're clapping and singing, so I was able to do that again, which was really good.
And there, you see it in relation to the measure of inequality I've just shown you, which I shall use over and over again in the data.
Interestingly, some parallel work going on in social psychology: some people reviewed 208 different studies in which volunteers had been invited into a psychological laboratory and had their stress hormones, their responses to doing stressful tasks, measured.
the air force's 1.5 billion dollar bombsight was used to drop its three billion dollar bomb, which didn't need a bombsight at all.
But what it means is that we've failed to identify a greasy pocket in these proteins, into which we, like molecular locksmiths, can fashion an active, small, organic molecule or drug substance.
And so, please consider this a work in progress, but I'd like to tell you today a story about a very rare cancer called midline carcinoma, about the undruggable protein target that causes this cancer, called BRD4, and about a molecule developed at my lab at Dana-Farber Cancer Institute, called JQ1, which we affectionately named for Jun Qi, the chemist that made this molecule.
We sent it to Oxford, England, where a group of talented crystallographers provided this picture, which helped us understand exactly how this molecule is so potent for this protein target.
Paul brought much of this innovation to his block in Poletown, which he'd stewarded for more than 30 years, purchasing houses when they were abandoned, convincing his friends to move in and neighbors to stay and helping those who wanted to buy their own and fix them up.
And now, as you may have heard, Detroit is having a renaissance and pulling itself up from the ashes of despair, and the children and grandchildren of those who fled are returning, which is true.
That little tag can record temperature, depth and light intensity, which is correlated with time, and from that we can get locations.
And it can record this data for up to two years, and keep it in that tag, release at a pre-programmed time, float to the surface, upload all that data, that whole travelogue, to satellite, which relays it directly to our computers, and we've got that whole dataset.
Which brings me to my last point, and what I think is kind of the most fun.
And our test pilot gave us the best feedback you can get from a test pilot after a first flight, which was that it was "remarkably unremarkable."
And the first thing it does in implanting on that rock, which it never leaves, is to digest its own brain and nervous system for food.
But we can look at how well we're doing by thinking about how well we're doing building machines which can do what humans can do.
And we'll see you have to both perceive and act on the world, which has a lot of problems.
And to do that, I'm going to tell you about a framework which is very popular in statistics and machine learning of the last 50 years called Bayesian decision theory.
And the key idea to Bayesian inference is you have two sources of information from which to make your inference.
So I have sensory input, which I can take in to make beliefs.
If you're playing against a very good opponent, they may distribute it in that green area, which is the prior distribution, making it hard for you to return.
And what Bayes' rule says is that I should multiply the numbers on the red by the numbers on the green to get the numbers of the yellow, which have the ellipses, and that's my belief.
And then we're going to track that with a computer and use it to control another robot, which is going to tickle their palm with another stick.
Either no time delay, in which case light would just tickle your palm, or with a time delay of two-tenths of three-tenths of a second.
And children tend to get into fights which escalate in terms of force.
So what is it about a movement which is good or bad?
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