Cambridge
Consultants welcomes the President
of Vietnam
The
President of Vietnam Tran Duc
Luong visited Cambridge, spending
time at Cambridge Consultants
on the Science Park and the
Earth Sciences department at
Cambridge University. This formed
part of the official visit to
the UK as a guest of the Government.
President Tran Duc Luong was
welcomed to Cambridge by Alan
Richardson, Chief Technology
Officer and Mark Pettit, Finance
Director.
"We are proud and delighted
to have been chosen by the Foreign
and Commonwealth Office to host
a visit for President Tran Duc
Luong," said Alan Richardson.
"It reinforces the leading
edge position that Cambridge
Consultants has in the Cambridge
area, and acknowledges our status
as creator of the Cambridge
Phenomenon."
After a presentation to the
President and other dignitaries
about the creation of the technology
sector in Cambridge, President
Tran Duc Luong was shown two
examples of the cutting edge
technology Cambridge Consultants
is renowned for.
Power
Assist:
A novel new technology allows power
assistance to be applied in highly
sensitive ways to everyday consumer
and trade equipment from work tools
to kitchen appliances. The concept
has the potential to stimulate new
generations of products with the capability
and throughput provided by motor power,
but the feel and interactivity of
manual control. Simple to apply, it
could provide a rich new seam of differentiators
for companies looking for imaginative
ways to re-package everyday items
based on mature technologies.
Dubbed Power Assist, the technology
provides a way of interacting with
powered products that replaces crude
"on/off" functionality with
natural and responsive control that
is directly related to a user's hand
movement.
Through Wall Radar:
A radical new type of radar technology
that can see through walls
was demonstrated. The low frequency
radar has the ability to detect the
location and movement of people inside
buildings, or simply breathing beneath
rubble.
A unique detection technology can
provide plan and elevation views of
internal spaces, in a portable device
that can be packaged in a battery-powered
case that is around the size of a
laptop computer.