Right now I am working in a central field of Aritificial Intelligence called Automated Planning. Specifically, I am looking for ways to scale Planning on modern computers. In our lab, we also apply our Planning technology to story planning in games. I was previously a software developer and in the future want to apply AI as an entrepreneur. Only time can tell what I will do afterwards.
Saturday, January 19, 2008
My Research
I am interested in artificial intelligence, automated planning, parallel computing, multi-agent systems and optimization.
Right now I am working in a central field of Aritificial Intelligence called Automated Planning. Specifically, I am looking for ways to scale Planning on modern computers. In our lab, we also apply our Planning technology to story planning in games. I was previously a software developer and in the future want to apply AI as an entrepreneur. Only time can tell what I will do afterwards.
In our lab, we are building a real-time, responsive AI Planning system (see: What is Planning?) affectionately called Crackpot. Our lab is headed by my supervisor Alexander Nareyek. Another team in our lab will use Crackpot for automated experience/story generation for games/training.
My Research
Modern computers are different from computers in the 20th century. They implement a large degree of parallelism; the parallelism is increasing every year. Software systems must be designed and implemented differently to run on these parallel computers. We study how real-time AI Planning can be implemented to effectively utilize the resources of these parallel computers.
Right now I am working in a central field of Aritificial Intelligence called Automated Planning. Specifically, I am looking for ways to scale Planning on modern computers. In our lab, we also apply our Planning technology to story planning in games. I was previously a software developer and in the future want to apply AI as an entrepreneur. Only time can tell what I will do afterwards.
My Research
Modern computers are different from computers in the 20th century. They implement a large degree of parallelism; the parallelism is increasing every year. Software systems must be designed and implemented differently to run on these parallel computers. We study how real-time AI Planning can be implemented to effectively utilize the resources of these parallel computers.
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