Lessons learned from innovation diffusion in the US air traffic control Provider: Videolectures.NET Language: en
Transportation Flow Systems Provider: MIT OpenCourseWare Language: en
Planning and Scheduling for Traffic Control Provider: Videolectures.NET Language: en
Simulating Dynamic ATM Network Effects using Cellular Automata Provider: Videolectures.NET Language: en
Predicting Severity of Road Traffic Congestion using Semantic Web Technologies Provider: Videolectures.NET Language: en
Transportation Flow Systems Provider: MIT OpenCourseWare Language: en
ARTEMIS: the new European tools for estimating at different scales the pollutant emissions from road transport Provider: Videolectures.NET Language: en
Bridge managment application Provider: Videolectures.NET Language: en
Chinese III (Streamlined) Provider: MIT OpenCourseWare Language: zh
Traffic Jams detection using flock mining Provider: Videolectures.NET Language: en
Human Factors Engineering Provider: MIT OpenCourseWare Language: en
MPI & OpenMP (Part 2) Provider: Videolectures.NET Language: en
Flight: The Next 100 Years Provider: Videolectures.NET Language: en
Fluid Mechanics = "Single"-Particle Control: From Control to Turbulence and Back Provider: Videolectures.NET Language: en
Principles of Automatic Control Provider: MIT OpenCourseWare Language: en
Povzetek Provider: eU─Źbeniki Language: sl
Road Assessment and Monitoring Provider: Videolectures.NET Language: en
Air Transportation Systems Architecting Provider: MIT OpenCourseWare Language: en
Air Transportation Systems Architecting Provider: MIT OpenCourseWare Language: en
Water 3: Detect invisible substances in water 1 (student instructions) Provider: The Siemens Stiftung Media Portal Language: en