Search for dissertations about: "Driver intention"
Showing result 6 - 10 of 14 swedish dissertations containing the words Driver intention.
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6. Virtual Human Characters for Autonomous Vehicle-to-Pedestrian Communication
Abstract : Pedestrians base their street-crossing decisions on both vehicle-centric cues, like speed and acceleration, and driver-centric cues, like gaze direction and facial expression. In the future, however, drivers of autonomous vehicles will be preoccupied with non-driving related activities and thus unavailable to provide pedestrians with relevant communicative cues. READ MORE
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7. Sustainable business model innovation in agri-firms
Abstract : Background The focus of the research in the thesis is the development of sustainable business model innovation in Swedish agri-firms. There are needs on global and national levels for sustainable business model innovation in the agri-sector. More food must be produced to feed the growing world population. READ MORE
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8. Get it off the ground – Facilitating water-related environmental measures to support agricultural managers in business model innovation processes for sustainability
Abstract : Agricultural businesses, which currently maintain, manage, create, and capture economic value from natural resources on farmland, play an important role in creating sustainable economic, environmental, and social value through maintaining and utilising a variety of ecosystem services in addition to traditional food production. This thesis focuses on ecosystem services that derive from water-related environmental measures (WREMs). READ MORE
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9. Operating cycle representations for road vehicles
Abstract : This thesis discusses different ways to represent road transport operations mathematically. The intention is to make more realistic predictions of longitudinal performance measures for road vehicles, such as the CO2 emissions. READ MORE
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10. Models Supporting Trajectory Planning in Autonomous Vehicles
Abstract : Autonomous vehicles have the potential to drastically improve the safety, efficiency and cost of transportation. Instead of a driver, an autonomous vehicle is controlled by an algorithm, offering improved consistency and the potential to eliminate human error from driving: by far the most common cause of accidents. READ MORE