So there I, Homer Simpson, was, helping out on the set of Mr. Rogers. "Action!" and Mr. Rogers swivelled in his chair turning towards his live TV audience... smoking. He elegantly took a drag on the cigarette and greeted his audience affably, starting his show like nothing was the matter. My friend Jorgen approached from stage right to play his big role. Meanwhile, a concerned mother/stage manager hurried on, shouting "CUT!" and telling Mr. Rogers, "Your ratings are dropping through the floor!" Yes, it was because of his smoking, he hadn't even realized that he had his cigarette out when he had started.
My friend Jorgen was staring at him intently, "I've got more news for you, I'm your daughter." Mr. Rogers turned to him in amazement profusely denying that Jorgen could be his daugter. I started rolling on the ground laughing.
"Then what," I said, "why are you wearing that silly male costume?" Jorgen shot me a daggery glance.
"I'll prove it." He tore off his mask to reveal his dark skinned male vulcan face. "That proves it, I'm your daughter," he said to Mr. Rogers.
Yes, this was the most vivid and crazy dream I can recall my whole life. It came to me a few nights ago. I HAVE NO IDEA where it came from.
Wednesday, March 21, 2007
Friday, March 9, 2007
Geneticist
I'm currently taking an engineering design optimization class. It's a fascinating subject with a suprisingly diverse application set. Currently we're talking about genetic algorithms. The idea behind a genetic algorithm is that there are so many options to the design that you can't even scratch the surface in looking for the best solution (in optimization it's rarely about finding A solution, it's about finding THE solution). In a genetic algorithm several starting designs are created and evaluated on their fitness. If their fitness is good they have a better chance than other designs in the set to become a parent and get their genetic material -- design parameters -- into the next generation. Once a set of parents have been selected they are arbitrarily blended together into two new designs distinct from the first. This happens repeatedly until an entire new generation arises. Then the new generation competes to become the new parent designs. You can see why the algorithm is called a genetic algorithm, the idea is to put a virtual pressure on the design variables to push the designs into becoming better.
I get the chance to implement such an algorithm as a class project. Unfortunately I'm not currently in posession of an idea of what I would like to do.
I get the chance to implement such an algorithm as a class project. Unfortunately I'm not currently in posession of an idea of what I would like to do.
Wednesday, March 7, 2007
Jason Shepherd
Today I went to the dissertation defense of Jason Shepherd. His dissertation was on the creation of all-hexahedral element meshes. It laid down some basic rules about the way a hexahedral mesh is put together and some of the applications of taking in to account both the geometry and topology of the object being meshed. I know, none of that means anything to anyone else.
It means that the process of generating a virual model that can be used for engineering calculations just became much much easier. It means that a process that used to take months now would probably take a few days. It means crazy stuff like body parts can be analyzed with one of the most powerful engineering tools ever developed.
To those in the know, this is a great day for meshing research.
It means that the process of generating a virual model that can be used for engineering calculations just became much much easier. It means that a process that used to take months now would probably take a few days. It means crazy stuff like body parts can be analyzed with one of the most powerful engineering tools ever developed.
To those in the know, this is a great day for meshing research.
Thursday, March 1, 2007
Wage(s) peace not war
Today, I listened to an interesting job opportunity. It was an offer from the Navfac, the naval facilities engineering command. The job sounded really interesting. They do all sorts of research, testing and simulation, all of which interest me greatly. I was inexplicably unsettled, though. I'm not sure I even now know what it was, but there's something about doing research on explosions that's just not appealing to me. From an engineering and mathematics perspective it's a fascinating problem, I guess I just realized that if I'm going to use the powers of reason and the training I've received I'd rather it be in something more worthwhile and productive. I really don't think that what they're doing is wrong or evil, but I really don't think that what they're doing is for me.
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