Australians fined £216 for not locking cars securely!

London, May 18 (ANI): Australian motorists who fail to lock their cars are not only being targeted by thieves, but also being fined by the police.

Officers in the Yarra Ranges north east of Melbourne have warned careless car owners that they will be fined 358 dollars (216 pounds) if they don”t properly secure their vehicles.

The move has come as an initiative to slow the increasing number of car break-ins.

Almost 40 per cent of those thefts last year were from unlocked cars, police have estimated. Valuables stolen from cars include laptops, wallets, satellite navigation systems, cash and bags.

Leading Senior-Constable Graeme Rust, from the Yarra Ranges traffic management unit said that continual warnings were being ignored by the town dwellers, and so the police were forced to use a Road Safety law passed by the Victorian state government, which allows the authorities to levy a fine on unattended unlocked vehicles.

“Did you know that if you do not switch the engine off, apply the hand brake, close the windows and lock your car you could be fined?,” The Telegraph quoted Rust as saying.

“I urge everyone to look to see that valuables are removed or out of sight and make sure your car is locked before leaving it unattended.”

However, the move hasn’t gone down well with the locals.

“Great country we live in. Make a simple mistake and if the crimes don”t make a victim of you the cops will do it for them,” said Peter Roehlen, a local. (ANI)

Bob Dylan mulls being your sat nav road map guide

London, August 25 (ANI): Bob Dylan has been approached by major motor manufacturers to be the new voice of their satellite navigation systems.

The 68-year-old rock legend, presently wooing audience with his “Theme Time Radio Hour” show on BBC 2 and 6, revealed that car giants had made him offers to provide a audio road map commentary.

“I am talking to a couple of car companies about being the voice of their GPS system,” the Telegraph quoted Dylan as having said on his radio show on BBC6.

“I think it would be good if you are looking for directions and hear my voice saying something like: left at the next street, no a right – you know what? Just go straight.

“I probably shouldn’t do it because which ever way I go I always end up at one place Lonely Avenue,” he added. (ANI)

Space and robotics technology used to improve forest planning and harvesting

Washington, June 30 (ANI): Space and robotics technology have been combined to develop an advanced Precision Forestry Positioning System, which allows more efficient forest planning and harvesting.

Invented by researchers at the Institute of Man-Machine-Interaction at the RWTH Aachen University in Germany, the system has helped catalogue 240 million single trees in the German region of North Rhine-Westphalia. he system combines remote-sensing maps from airplanes with satellite navigation data to map each tree in a forest.

This information is then used to plan which trees are to be cut, and when.

Finally, the plan is used on harvesters to identify which trees to cut. This helps make the harvesting more efficient, optimises overall wood production and reduces costs.

The system won the North Rhine-Westphalia Region’s 2008 European Satellite Navigation Competition, which was supported by ESA’s Technology Transfer Programme Office.

“We already have one harvester in operation with our system onboard. As the prototype works well, we are fairly close to the stage where we can go into production. Another 6 to 12 months, and we should be there,” said Professor Dr Jurgen Rossmann from RWTH Aachen University, who developed the system together with Petra Krahwinkler, Arno Bucken and Dr Michael Schluse.

The objective of the Precision Forestry Positioning System is to automate and optimize all the work involved in foresting, from the early planning of the forest to the final cutting of single trees, in order to be competitive on the worldwide market, and to overcome efficiency problems related to the forest ownership structure of the region.

“Precision farming is important in today’s agriculture, where farmers can save money with the use of satellite navigation systems,” explained Arno Bucken.

“However, the accuracy of the GPS navigation system, which is of 20 to 30 m, is not enough to identify single trees in a forest. Much higher accuracy is needed,” he added.

“We found a solution to this problem, which increases the accuracy to 50 cm, by using GPS as the initial reference position, and then taking remote-sensing data to identify the single trees in the forest,” he explained.

To help the planning, a virtual computer-based forest has been developed with all trees being identified by their location, based on the GPS and remote-sensing data.
In addition, a fourth dimension, ‘time’, has been added, and is of the utmost importance for this system.

“All trees are not only known by their geo-coordinates, but they are also time-stamped, and all measurement data are archived.

This makes it possible to see ‘how trees grow’, as well as look back to learn from the past,” said Rossmann. (ANI)