Humans have developed machines that can learn on their own. Machines using artificial intelligence develop “behaviours” based on their interpretation of data. But we know less about how they teach themselves. Professor Harald Martens has created the start-up company Idletechs to develop a technology that will make artificial intelligence more understandable for the rest of us.
The electronic “sensor” fish measures the physical factors that affect farmed fish during delousing. The results may lead to welfare improvements in salmon farm cages.
A snake robot will soon be relieving divers and mini-subs in the North Sea. But first researchers have to test its mettle in the Trondheim Fjord.
An estimated three million shipwrecks lie in seabed graveyards around the world – with as many as 1000 of them around Svalbard. Each of them has their own unique story — one that’s made much more accessible with new technology.
An international team of researchers has recently succeeded in getting several autonomous vessels and underwater vehicles to communicate and work together as part of one and the same operation.
In order to maintain the leading position of Norwegian solar cell manufacture on the global stage, we need sensors that can see what humans can’t.
Research scientists have been gazing into their crystal balls. These are the technological trends that will affect the transport systems of the future.
Would you hop into a driverless drone and let it fly off with you? In a few years you may have the chance to do just that.
Robotics technology is making inroads into the aquaculture sector, making it possible to regulate facilities from onshore.
It most resembles a giant snake undulating through the water. But this snake-like robot can work in the vast ocean depths. And perhaps one of its relatives will be able to travel to outer space.
Norwegian researchers are investigating how a snake robot might carry out maintenance work on the International Space Station (ISS), study comets, and explore the possibility of living and working in lava tunnels on the Moon.
State-of-the-art solar cells are efficient – but are even more so when they are kept clean. A cleaning robot developed by Norwegian researchers enables solar panels to deliver at full capacity.
Researchers at NTNU are developing a robot that will be controlled by living brain cells.
Norwegian researchers are looking into how a snake robot might carry out maintenance work on the International Space Station (ISS), study comets, and explore the possibility of living and working in lava tunnels on the Moon.
Japan is at the forefront of building all kinds of different robots, from industrial machines to robots that look like humans and can talk to us. The only purpose for these humanoid robots is to make us happy.
How do you get a plane-like drone to land with no runway? You use math, of course!
The Trondheim Fjord in Norway will be the world’s first technological playground for pilotless vehicles that move below, on and above the water’s surface.
Ocean dumping of munitions from WWII was common in Norway and along the European coast. Some of these bomb dumps offer a natural living laboratory where biologists can study cold-water coral reefs.
The polar night descends on the arctic archipelago of Svalbard for more than 100 days a year. But even in the depths of this darkness, the oceans are churning with activity.
Looking for sheep can be done a lot more effectively than today. A drone may be a farmer’s next tool in finding their lost lambs.
Sensors, data and analyses all help to give advance warning of critical situations developing on production lines. This can reduce downtime by 50 per cent.
Robots equipped with machine vision enable us to classify catches on board vessels with high levels of accuracy – saving fishing crews time and money.
Drones and “flying eyes” are making a major advance into the aquaculture industry.
