Dr. Lee Allacock

Es ist eigentlich jede Form von Engineering, die Computer und die Kraft von Computern benutzt, um Engineering-Probleme zu lösen. Oft nimmt das die Form von Mathematik-Äquationen. Also typisch die Systeme, die wir organisieren, werden mit Physikmodellen beschrieben. These models could be from dynamics, solid mechanics, aerodynamics.

Es ist eigentlich jede Form von Engineering, die Computer und die Kraft von Computern benutzt, um Engineering-Probleme zu lösen. Oft nimmt das die Form von Mathematik-Äquationen. Also typisch die Systeme, die wir organisieren, werden mit Physikmodellen beschrieben. These models could be from dynamics, solid mechanics, aerodynamics.

Es ist eigentlich jede Form von Engineering, die Computer und die Kraft von Computern benutzt, um Engineering-Probleme zu lösen. Oft nimmt das die Form von Mathematik-Äquationen. Also typisch die Systeme, die wir organisieren, werden mit Physikmodellen beschrieben. These models could be from dynamics, solid mechanics, aerodynamics.

And so we use computers to solve the very complicated equations that describe the physics of those systems. And computers do it faster and much more efficiently than if we were to do it by hand. Und dann können wir auch Computer involvieren, wenn es um Dinge wie Designs oder Modelle von Ingenieursystemen geht.

And so we use computers to solve the very complicated equations that describe the physics of those systems. And computers do it faster and much more efficiently than if we were to do it by hand. Und dann können wir auch Computer involvieren, wenn es um Dinge wie Designs oder Modelle von Ingenieursystemen geht.

And so we use computers to solve the very complicated equations that describe the physics of those systems. And computers do it faster and much more efficiently than if we were to do it by hand. Und dann können wir auch Computer involvieren, wenn es um Dinge wie Designs oder Modelle von Ingenieursystemen geht.

Und dann, mehr spätestens, involvieren wir Computer in den kreativen Aspekten des Ingenieurs. So können Computer mit dem echten Design und der Hilfe, uns Design-Decisionen zu machen, mit Tools wie Artificial Intelligence und anderen komputationalen Methoden.

Und dann, mehr spätestens, involvieren wir Computer in den kreativen Aspekten des Ingenieurs. So können Computer mit dem echten Design und der Hilfe, uns Design-Decisionen zu machen, mit Tools wie Artificial Intelligence und anderen komputationalen Methoden.

Und dann, mehr spätestens, involvieren wir Computer in den kreativen Aspekten des Ingenieurs. So können Computer mit dem echten Design und der Hilfe, uns Design-Decisionen zu machen, mit Tools wie Artificial Intelligence und anderen komputationalen Methoden.

That's a great question. So it is a bit of a departure from my usual engineering problems that I'm investigating. So my work is in the area of engineering design, using computational methods to design engineering systems. And typically those are modern engineering systems like airplanes. But I'm also very interested in the underlying theory and philosophy of design. And so

That's a great question. So it is a bit of a departure from my usual engineering problems that I'm investigating. So my work is in the area of engineering design, using computational methods to design engineering systems. And typically those are modern engineering systems like airplanes. But I'm also very interested in the underlying theory and philosophy of design. And so

That's a great question. So it is a bit of a departure from my usual engineering problems that I'm investigating. So my work is in the area of engineering design, using computational methods to design engineering systems. And typically those are modern engineering systems like airplanes. But I'm also very interested in the underlying theory and philosophy of design. And so

What I wanted to do was see if we could use our computational engineering techniques to perhaps better understand how early engineers, by early in this case, I'm talking about engineers from 6,000 years ago, how they came up with their designs that were revolutionary to them at the time.

What I wanted to do was see if we could use our computational engineering techniques to perhaps better understand how early engineers, by early in this case, I'm talking about engineers from 6,000 years ago, how they came up with their designs that were revolutionary to them at the time.

What I wanted to do was see if we could use our computational engineering techniques to perhaps better understand how early engineers, by early in this case, I'm talking about engineers from 6,000 years ago, how they came up with their designs that were revolutionary to them at the time.

Also I wanted to see if we could use computers to kind of mimic that process, to essentially simulate the way in which early technology evolved. I started out by attempting to come up with an algorithm that could on its own synthesize a wheel and axle system. So essentially the algorithm doesn't have any prior knowledge about what a wheel looks like or how it operates.

Also I wanted to see if we could use computers to kind of mimic that process, to essentially simulate the way in which early technology evolved. I started out by attempting to come up with an algorithm that could on its own synthesize a wheel and axle system. So essentially the algorithm doesn't have any prior knowledge about what a wheel looks like or how it operates.

Also I wanted to see if we could use computers to kind of mimic that process, to essentially simulate the way in which early technology evolved. I started out by attempting to come up with an algorithm that could on its own synthesize a wheel and axle system. So essentially the algorithm doesn't have any prior knowledge about what a wheel looks like or how it operates.

It only knows that it needs to create some device that assists an operator in transporting some heavy cargo from point A to point B. That's essentially how it started out. So we created an algorithm that, starting from a black box, could synthesize a system that ultimately evolved into a wheel and axle.

It only knows that it needs to create some device that assists an operator in transporting some heavy cargo from point A to point B. That's essentially how it started out. So we created an algorithm that, starting from a black box, could synthesize a system that ultimately evolved into a wheel and axle.