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This book focuses on smart results in the field of smart automotive
mobility concentrating on (semi-)autonomous cars. The results are
based on 5 recently finished public-funded research projects with a
budget of over 15 million Euro. Providing insights into the next
generation of personalized mobility on the road the authors discuss
personalized, adaptive cooperative systems for highly automated
cars and how they can be developed in a human-centered way.
Furthermore, the book reports on a cooperative driver-vehicle
interaction. How can the driver and the vehicle support each other?
What are their best skills and how can they benefit from each
other? It also gives novel insights on intuitive steering gestures
on the steering wheel which initiate maneuvers to be executed by
the automation, and to be supervised by, influenced or interrupted
by the driver. The book finishes with information on a cooperative
laser beam system which improves the communication between the
different road participants to optimize the road safety of
tomorrow. Smart Automotive Mobility: Reliable Technology for the
Mobile Human is an ideal source for researchers, students and
practitioners working in the area of intelligent systems for the
automotive industry. It gives valuable and condensed information
from multi-million Euro research projects funded by the German
Federal Ministry of Education and Research.
This book focuses on smart results in the field of smart automotive
mobility concentrating on (semi-)autonomous cars. The results are
based on 5 recently finished public-funded research projects with a
budget of over 15 million Euro. Providing insights into the next
generation of personalized mobility on the road the authors discuss
personalized, adaptive cooperative systems for highly automated
cars and how they can be developed in a human-centered way.
Furthermore, the book reports on a cooperative driver-vehicle
interaction. How can the driver and the vehicle support each other?
What are their best skills and how can they benefit from each
other? It also gives novel insights on intuitive steering gestures
on the steering wheel which initiate maneuvers to be executed by
the automation, and to be supervised by, influenced or interrupted
by the driver. The book finishes with information on a cooperative
laser beam system which improves the communication between the
different road participants to optimize the road safety of
tomorrow. Smart Automotive Mobility: Reliable Technology for the
Mobile Human is an ideal source for researchers, students and
practitioners working in the area of intelligent systems for the
automotive industry. It gives valuable and condensed information
from multi-million Euro research projects funded by the German
Federal Ministry of Education and Research.
Model-Driven Development (MDD) has become an important paradigm in
software development. It uses models as primary artifacts in the
development process. This book provides an outstanding overview as
well as deep insights into the area of model-driven development of
user interfaces, which is an emerging topic in the intersection of
Human-Computer-Interaction and Software-Engineering. The idea of
this book is based on the very successful workshop series of
"Model-Driven Development of Advanced User Interfaces (MDDAUI)". It
has been written by the leading researchers and practitioners in
the field of model-driven development of user interfaces and offer
a variety of solutions and examples for * Architectures and
environments for the generation of user interfaces * User interface
development for specific domains and purposes * Model-driven
development in the context of ambient intelligence * Concepts
supporting model-driven development of user interfaces
This book represents a part of the work in the SAPMES project
between the Institute for Innovative Informatics Applications (I3A)
at the University of Applied Sciences Trier and SES-Astra. In this
book the application of a user-centered development process
according to DIN EN ISO 13407 was used to develop a new graphical
user interface for a Satellite Performance Monitoring System. To
support user-centered development the dialogue principles of DIN EN
ISO 9241 part 110 and the corresponding generic recommendations
assisted to derive usability requirements. The recommendations for
applying the dialog techniques of DIN EN ISO 9241 parts 14 to 17
helped to derive design solutions from the usability requirements
specified before. The usability of these design solutions were
tested with real users. This was done with paper prototypes. The
results of these tests were used to improve the specification of
the context of use, the usability requirements and the iterative
design solutions, according to DIN EN ISO 13407.
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