Wed 01.20.16
Wed 01.20.16
Wed 01.20.16
Wed 01.20.16
natural language processing, machine learning, robotics, user modeling, intelligent tutoring systems, mixed initiative design, computational creativity, computational psychology, computer vision, affective computing, human behavior modeling
natural language processing, machine learning, robotics, user modeling, intelligent tutoring systems, mixed initiative design, computational creativity, computational psychology, computer vision, affective computing, human behavior modeling
natural language processing, machine learning, robotics, user modeling, intelligent tutoring systems, mixed initiative design, computational creativity, computational psychology, computer vision, affective computing, human behavior modeling
natural language processing, machine learning, robotics, user modeling, intelligent tutoring systems, mixed initiative design, computational creativity, computational psychology, computer vision, affective computing, human behavior modeling
Artificial intelligence, or AI, helps us interact with the world and each other. At Khoury College of Computer Sciences, our researchers create robotic systems that can act in the physical world, data-mining techniques that help us understand text, virtual humans that can teach us, and games that can entertain us. Through computational modeling of human creativity, cognitive processing, and emotions, our AI research is informing humans behavior. From predicting the behavior of groups (or even of small cities) to designing virtual human systems, our advances in AI research transform the way we design, build, teach, and communicate.
Artificial intelligence, or AI, helps us interact with the world and each other. At Khoury College of Computer Sciences, our researchers create robotic systems that can act in the physical world, data-mining techniques that help us understand text, virtual humans that can teach us, and games that can entertain us. Through computational modeling of human creativity, cognitive processing, and emotions, our AI research is informing humans behavior. From predicting the behavior of groups (or even of small cities) to designing virtual human systems, our advances in AI research transform the way we design, build, teach, and communicate.
Artificial intelligence, or AI, helps us interact with the world and each other. At Khoury College of Computer Sciences, our researchers create robotic systems that can act in the physical world, data-mining techniques that help us understand text, virtual humans that can teach us, and games that can entertain us. Through computational modeling of human creativity, cognitive processing, and emotions, our AI research is informing humans behavior. From predicting the behavior of groups (or even of small cities) to designing virtual human systems, our advances in AI research transform the way we design, build, teach, and communicate.
Artificial intelligence, or AI, helps us interact with the world and each other. At Khoury College of Computer Sciences, our researchers create robotic systems that can act in the physical world, data-mining techniques that help us understand text, virtual humans that can teach us, and games that can entertain us. Through computational modeling of human creativity, cognitive processing, and emotions, our AI research is informing humans behavior. From predicting the behavior of groups (or even of small cities) to designing virtual human systems, our advances in AI research transform the way we design, build, teach, and communicate.
At Khoury College, our researchers spearhead world-renowned advances in intelligent system design. We create virtual systems and simulations to help train doctors in crisis scenarios, design safer buildings and more resilient cities, and even explore distant planets. As a doctoral or graduate student, you’ll engage in hands-on applications of computational models, testing new systems in real-world scenarios that accelerate the everyday use of artificial intelligence.
At Khoury College, our researchers spearhead world-renowned advances in intelligent system design. We create virtual systems and simulations to help train doctors in crisis scenarios, design safer buildings and more resilient cities, and even explore distant planets. As a doctoral or graduate student, you’ll engage in hands-on applications of computational models, testing new systems in real-world scenarios that accelerate the everyday use of artificial intelligence.
At Khoury College, our researchers spearhead world-renowned advances in intelligent system design. We create virtual systems and simulations to help train doctors in crisis scenarios, design safer buildings and more resilient cities, and even explore distant planets. As a doctoral or graduate student, you’ll engage in hands-on applications of computational models, testing new systems in real-world scenarios that accelerate the everyday use of artificial intelligence.
At Khoury College, our researchers spearhead world-renowned advances in intelligent system design. We create virtual systems and simulations to help train doctors in crisis scenarios, design safer buildings and more resilient cities, and even explore distant planets. As a doctoral or graduate student, you’ll engage in hands-on applications of computational models, testing new systems in real-world scenarios that accelerate the everyday use of artificial intelligence.
