HANSA 04-2018
Aktien & Börsen | Marktkompass Offshore | Wasserbau & Planungsrecht | Datenbrillen im Schiffbau | COMPIT 2018 | Fährschifffahrt | Arktische Schifffahrt | Hafnia
Aktien & Börsen | Marktkompass Offshore | Wasserbau & Planungsrecht | Datenbrillen im Schiffbau | COMPIT 2018 | Fährschifffahrt | Arktische Schifffahrt | Hafnia
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Schiffstechnik | Ship Technology<br />
of Rio de Janeiro. Holm (RISE Viktoria)<br />
adds an interesting element for anybody<br />
working with AIS data. His approach<br />
speeds up decoding large AIS encoded<br />
data sets into clear text by a factor 20-<br />
30 compared to alternative decoding.<br />
Good news for performance monitoring<br />
and other applications!<br />
Virtual Reality makes maritime training a different game<br />
Get your propeller design via your smartphone – Appification rules<br />
It is time to buy yourself some VR goggles, if we are to believe the experts at COMPIT<br />
Source: DNV GL<br />
Source: Friendship Systems<br />
Source: SENER<br />
Autonomous under your nose<br />
There is no escape from the discussion<br />
about unmanned shipping – also not at<br />
COMPIT. However, while transatlantic<br />
20.000 TEU containerships without<br />
crews still are utopia, Artificial Intelligence<br />
enters in many forms our daily life,<br />
also in marine operations. Think small,<br />
think components – and you will see it.<br />
Situational awareness and collision<br />
avoidance is such a component where autonomous<br />
technology progresses rapidly<br />
from concept to implementation. The<br />
developments are in many ways akin to<br />
close-range parking aids in cars: While<br />
the driverless car makes the news, systems<br />
for enhanced situational awareness<br />
and support for parking are so ubiquitous<br />
in modern cars that we hardly notice<br />
them at all anymore. Le Gallic et al.<br />
(Aland University) test autonomous collision<br />
avoidance on a 4 m autonomous surface<br />
vessel. Using such ASVs for prototype<br />
testing of algorithms is typical, as<br />
test platforms are cheap and legally much<br />
easier to operate than real ships. Alternatively,<br />
you may test in nautical simulators,<br />
such as Schubert et al. (University<br />
of Applied Sciences Wismar) or Tank et<br />
al. (University of Oldenburg).<br />
While many smaller autonomous systems<br />
become already reality, some nations<br />
set sight on the horizon where we<br />
see unmanned ships arise. Norway is one<br />
of them, but Finland is in hot pursuit. One<br />
Sea, a consortium of industry partners,<br />
is paving the path to autonomous maritime<br />
operations, as described by Merenluoto<br />
(Dimecc). Matsuo (NMRI) seems<br />
to be determined that Japan would be at<br />
least among the medal ranks. The Japanese<br />
roadmap to shipping 2050 foresees<br />
unmanned shipping side-by-side with<br />
manned ships – where crew training is<br />
replaced by direct knowledge download<br />
from the cloud to the brain.<br />
Until we have such direct downloads<br />
as a convenient highway to insight and<br />
knowledge – a Nuremberg funnel of the<br />
digital ages – the next-best thing is attending<br />
COMPIT with an open mind for<br />
new technologies and contacts. M<br />
68 <strong>HANSA</strong> International Maritime Journal – 155. Jahrgang – <strong>2018</strong> – Nr. 4