Intelligent Transport Systems - Telenor
Intelligent Transport Systems - Telenor
Intelligent Transport Systems - Telenor
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Nina Myren (37) is studying<br />
Media Science at the University<br />
of Oslo. She holds an MSc from<br />
the Norwegian University of<br />
Technology (NTH) from 1990.<br />
After working with ESA (European<br />
Space Agency) in Holland<br />
she joined <strong>Telenor</strong> Satellite in<br />
1993. She has been working<br />
with project management within<br />
the Space <strong>Systems</strong> Division and<br />
was heavily involved in the planning,<br />
purchase and hand-over<br />
of the <strong>Telenor</strong> owned Thor satellites.<br />
In 2002 she graduated as<br />
Master of Telecom Strategy at<br />
the Norwegian University of Science<br />
and Technology (NTNU).<br />
Autumn 2002 she was managing<br />
a business development<br />
study for IP services over satellite.<br />
nina.myren@sensewave.com<br />
John Steen Nielsen (44) is IT<br />
Architect at <strong>Telenor</strong> Networks.<br />
He holds a Master of Technology<br />
Management in Telecom<br />
Strategy from the Norwegian<br />
University of Science and Technology<br />
(NTNU), Trondheim and<br />
a BSc EE from Teknikum (KTH),<br />
Copenhagen, Denmark. Before<br />
joining <strong>Telenor</strong>, John Steen<br />
Nielsen worked for Groupe Bull<br />
in Oslo, and in Paris, France.<br />
john-steen.nielsen@telenor.com<br />
74<br />
car sensors<br />
WAP<br />
SMS<br />
to know the best route and estimated time to<br />
Fornebu”, and the intelligent agent will provide<br />
the requested information.<br />
Figure 1 is a reference model of the system, and<br />
we can describe the functionality of each activity<br />
group as follows:<br />
Information Collection<br />
“ITS Your Time” can provide access to information<br />
from content and service providers, from<br />
individual drivers (about incidents, e.g. children<br />
playing or car accidents, etc.), and from car sensors<br />
(the road temperature, average speed, traffic<br />
video, etc.).<br />
Content Providers can easily add their content<br />
themselves via Applications Programming Interfaces<br />
(API).<br />
Information Processing<br />
“ITS Your Time” will keep user profiles with a<br />
static part containing user routines, preferences<br />
and interests, and a dynamic part containing user<br />
location, current plans and destination. The<br />
traveller can plan their travel and easily make<br />
changes during the trip.<br />
“ITS Your Time” will identify and retrieve<br />
the relevant information based on the profiles,<br />
changes in location or direct user requests. The<br />
information will be provided on the user preferred<br />
format, e.g. as a voice message.<br />
information providers<br />
Information collection<br />
Information processing<br />
Information distribution<br />
WEB MMS<br />
The users may be members of different networks<br />
or clubs (e.g. NAF – the Norwegian Automobile<br />
…<br />
Figure 1 “ITS Your Time” concept model<br />
car driver<br />
on trip<br />
pretrip<br />
Association, SAS Eurobonus – the Scandinavian<br />
Airlines System Frequent Flyer program). If the<br />
user has special membership rights “ITS Your<br />
Time” could also support these rights; i.e.<br />
include exclusive information or services. The<br />
system will provide a central point where the<br />
usernames and passwords for memberships are<br />
stored, and relieves the user from remembering<br />
the many sets of usernames and passwords.<br />
Information Distribution<br />
“ITS Your Time” will support and target users<br />
of mobile phones, PDAs with wireless modems,<br />
built-in terminals in cars, and PCs. Based on the<br />
user profile and situation, the best suited distribution<br />
channel will be chosen, e.g. WAP, SMS,<br />
MMS, voice mail, or Web.<br />
Value Propositions for the User<br />
“ITS Your Time” will provide the user with a<br />
single point of receiving all relevant information<br />
while planning a trip and while on the road. The<br />
time spent on the road or in the traffic can be<br />
reduced by pre-trip or on-trip information and<br />
the user can improve her travel-time estimate.<br />
She can plan the workday schedule better and<br />
make arrangements accordingly. Based on traffic<br />
information, the driver can adjust departing time<br />
and choose among alternative routes and travel<br />
modes.<br />
The time spent in the car can be utilised more<br />
efficiently. By access to ICT solutions, the user<br />
may optimise the time on the road, e.g. by<br />
accessing e-mail, calendars, e-commerce,<br />
language courses, entertainment, etc.<br />
Telektronikk 1.2003