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©Ian Mackay with
Everest and Nuptse in the background |
Pioneering
technology that enables climbers and explorers to plan expeditions more
effectively – and could even help to save lives – will be ‘road tested’ by a
Scottish-based mountaineer on Everest this spring. Computer technology being
developed at the University of Edinburgh will allow climber Rob Milne to
respond rapidly to changing conditions and inform family and friends back home
of his progress and any alterations to his plans. Dr Milne, a leading software
engineer and entrepreneur, hopes to climb Everest in May and so join the elite
group of mountaineers to have climbed the highest peak on each of the seven
continents.
Dr Milne,
who has already climbed Carstensz Pyramid (Oceania) Vinson Massif
(Antarctica), Elbrus (Europe), Kilimanjaro (Africa), Denali (North America)
and Aconcagua (South America), will be the first mountaineer to use the IM-PACs
(intelligent messaging, planning and collaboration) system. The technology,
developed at the Artificial Intelligence Applications Institute in the
University of Edinburgh’s School of Informatics, has been designed to provide
computer support to people and teams performing a range of tasks – not just
expedition teams operating in extreme conditions, but also key personnel
involved in planning and rescue services responding rapidly to emergencies.
IM-PACs’ foundations in artificial intelligence planning technologies supply a
framework that encourages a methodological approach to any task and allows
users to transmit and respond to information in ways that can adapt to the
circumstances the expedition team finds itself in.
During his
ascent, Dr. Milne will be in regular contact with colleagues in base camp who
will monitor his progress against his ascent plan. A laptop computer and
satellite phone will allow details of his current status and progress to be
sent over the internet to a support team in Edinburgh. These details will be
used to update an online ‘blog’, giving family, friends and anyone else
interested in the expedition the latest information on the attempt. Were
conditions to deteriorate significantly at any time, the IM-PACs technology
could be invoked to suggest alternative courses of action. Should conditions
deteriorate still further, IM-PACs could be used to widen the scope to review
the expedition’s objectives and consider other capabilities and options, such
as the availability of rescue services, and set about marshalling these to
achieve the revised objectives.
Said Dr
Milne: “On an expedition like this, it is vital to keep track of where you
are, what you are trying to do and the contingency options when your brain is
barely able to function because of the lack of oxygen. Giving the IM-PACs
software an ultimate field test will not only help pioneer the way for remote
support, but also provide feedback to my friends and family as to how I am
progressing. That lets me relax and concentrate on a safe ascent. This is an
ideal combination of leading edge technology to assist with one of the
greatest physical challenges on the planet.”
Professor
Austin Tate, Technical Director of AIAI, said: “Any attempt on Everest
requires a lot of coordination and planning before, during and after the
expedition. This makes such ‘extreme’ expeditions good examples of the kind of
thing we wish to support with IM-PACs and AI planning technology. Supporting
Rob Milne in his final milestone for his personal ‘continent tops’ challenge
is a great opportunity to showcase what could be achieved in such missions.
Our aim is to provide technology for more effective collaboration in extreme
and emergency situations.”
IM-PACs is
funded by Scottish Enterprise, the European Research Development Fund (ERDF)
and the School of Informatics at the University of Edinburgh.
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Millet One
Sport Everest Boot has made some minor changes by adding
more Kevlar. USES Expeditions / High
altitude / Mountaineering in extremely cold conditions / Isothermal to
-75°F Gore-Tex® Top dry / Evazote Reinforcements with aramid threads.
Avg. Weight: 5 lbs 13 oz Sizes: 5 - 14 DESCRIPTION Boot with semi-rigid
shell and built-in Gore-Tex® gaiter reinforced by aramid threads, and
removable inner slipper Automatic crampon attachment Non-compressive
fastening Double zip, so easier to put on Microcellular midsole to
increase insulation Removable inner slipper in aluminized alveolate
Fiberglass and carbon footbed Cordura + Evazote upper Elasticated
collar.
Expedition footwear for
mountaineering in conditions of extreme cold. NOTE US
SIZES LISTED. See more here. |
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A cold
weather, high altitude double boot for extreme conditions The Olympus
Mons is the perfect choice for 8000-meter peaks. This super lightweight
double boot has a PE thermal insulating inner boot that is coupled with
a thermo-reflective outer boot with an integrated gaiter. We used a
super insulating lightweight PE outsole to keep the weight down and the
TPU midsole is excellent for crampon compatibility and stability on
steep terrain. WEIGHT: 39.86 oz • 1130 g LAST: Olympus Mons
CONSTRUCTION: Inner: Slip lasted Outer: Board Lasted OUTER BOOT: Cordura®
upper lined with dual-density PE micro-cellular thermal insulating
closed cell foam and thermo-reflective aluminium facing/ Insulated
removable footbed/ Vibram® rubber rand
See more here. |
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