Thursday, December 3, 2015

When Autonomous Cars Will Be On the Road



Researches point out that traditional cars are most likely to be replaced by better and safer alternatives, the autonomous cars. These highly expected cars are the intelligent species capable of sensing their environment and navigating without human input and involvement. They make use of cutting edge technology such as lidar, radar, GPS and computer vision to sense their surroundings. Advanced control systems makes it possible to interpret the acquired sensor data to detect obstacles and to identify an appropriate navigation path.

These cars will change the traditional transportation system in the near future. Fewer traffic collisions, increased roadway capacity, higher speed limits, alleviation of parking scarcity, reduced car theft, smoother and more comfortable ride are the potential advantages of these vehicles.

But the real question is: when these cars will be on the road? Well, the answer is that they are closer than you think. "In the next five years, you'll see somebody introduce autonomous cars" these were the exact words of Ford CEO Mark Fields to the press at CES. If this manufacturer giant claims to make this technology a reality as so close as in five years time, you will be surprised to know that the reputed car company Toyota claims that their species have been up and running this year. It is good to say that these vehicles are not a myth anymore.

BMW, Mercedes-Benz state that their vehicles will be up and running before 2020. Google started road testing prototypes back in 2012. Stefan Moser, Head of Product and Technology Communications at Audi recently stated that the next generation Audi A8 will be fully autonomous and it is likely to be out for sale by 2017.

Most of the predictions from all major innovation giants comes to a common conclusion that these advanced vehicles will be out in the roads near 2020. Good enough to instil hopes in us that we could drive one of those cars in the near future.

So, when these cars will be on the road, anyone can boldly state that there will be a time in our immediate future where human driven vehicles will most likely deemed to be unsafe and they will get uncontrolled causing accidents or collisions. Even there might be a time where these primitive vehicles are going to be outlawed as their next evolution can be simply the better alternative and there would be no room for human errors anymore. But one thing is for sure, that this new evolving technology is near and is going to be a huge step to the evolution of driving.

Measures For Autonomous Cars Safety



Autonomous vehicles are equipped for satisfying the transportation capacities of an ordinary vehicle. It is capable of moving nature with no human data. Presently, this is a quickly advancing innovation that in just a couple of years before was considered as a fantasy. Additionally, it has the capability to adjust the maps utilizing the innovation. This permits it to stay informed regarding its position in the event that there is an adjustment in conditions. So, how do those cars work?

Frameworks that are utilized:
Journey control: This feature works to keep the vehicle to a stable motion rate without the driver applying fuel.

Non-freezing stopping devices: Essentially this is the device that keeps the vehicle from locking when the driver applies the brakes in full. For example, it pumps the brakes to keep the vehicle from turning.

Steadiness and footing: The utilization distinctive sensors check whether the car will slip, move and work so as to counteract it. The contact weight, the bearing and the pace are controlled. It utilizes advanced decoders that are similar to locking mechanisms.

Pre-accident frameworks: It keep any inevitable accidents and set up the vehicle so it can avert wounds and loss of lives. It decreases motor force, fixes the safety belts and readies the air packs. This happens inside of a brief timeframe even before the driver applies the breaks in full.

Advantages:
Decreased accidents: far reaching utilization has diminished the quantity of accidents on the roads. The main source of accidents has dependably been human blunder. For these reasons general safety measures will be considered to keep decreased accidents.

The higher rate point joined with more straightforward stopping means less car accidents. Also it helps vehicle inhabitants with the expanded roadway limit are a percentage of the principle favorable circumstances. This means that they will be lower requirement for police vehicles out and very little protection.

These cars are for sure the future of driving as we probably be aware of it. Regardless of the possibility that they won't be completely acknowledged on the streets at this moment and they will require a considerable amount of powerful testing for passing all the safety regulations, we're not that far from having these models out on the streets Will they replace the present cars? Perhaps in the near future. One thing is for sure however, that these are the vehicles we will drive later on, so watching out for them or putting resources into the formation of a model is an awesome approach to bolster our splendid future.

Undercarriage Cleaning and Maintenance



One of the most overlooked parts of any vehicle is the undercarriage. While rarely addressed, the undercarriage is an essential part of any motor vehicle, from cars to construction equipment. It protects sensitive internal components like the transmission, gears, the underside of the engine, and more from ground debris. However, the undercarriage is even more important for construction equipment, where it protects the internal components from potentially corrosive substances and other material common to construction sites.
It's important to invest in proper undercarriage protection. The undercarriage should be constructed of rugged, durable material that can withstand the abuse it will undergo. However, there are further steps you can take to prevent damage to the undercarriage and prolong its lifespan.

1. Regular cleaning and maintenance.
The main thing you'll need is a pressure washer. Undercarriage is exposed to dirt, grime, corrosive chemicals, and more on a regular basis. By washing the undercarriage on a monthly to bimonthly basis, you can remove chemical buildup that may lead to damage later down the line. The pressure washer will be essential for blasting away chemical and dirt deposits that have formed in the cracks and crevices of the undercarriage.
After you've thoroughly cleaned the undercarriage, you should inspect it for any damages. Consider applying a rubberized spray; this will reduce the likelihood of buildup and provide a layer of protection against the elements, which can help extend the lifespan of the undercarriage. If there is severe damage, consider seeking professional assistance or even replacing the entire undercarriage. A proactive approach to maintenance means that any necessary repairs will cost less.

2. Inspect daily as needed.
During times of heavy use, inspect the equipment on a daily basis. Look for cracks, breaks, and bends on any of the components. Take the time to ensure all nuts and bolts are tightened, and look for exposed inner components. If any damage is noted, take the time to correct it. The earlier potential problems are caught, the less likely it is they will lead to catastrophic equipment failure.

3. Minimize operating speeds.
While it can be tempting to work as quickly as possible to complete a job,by operating at the slowest possible speed, you reduce the wear the machine undergoes. You also reduce the likelihood that damage will occur to the undercarriage. Slower speeds ensure the work is likely to be higher quality, as well.

4. Observe proper safety guidelines.
Observing proper safety guidelines when inspecting heavy equipment is crucial because it ensures that the equipment is securely parked and the brakes are locked. From which prevents any activation and potential damage during the inspection.

By taking the time to inspect all equipment on a regular basis, you reduce the cost of repairs and extend the longevity of the equipment itself. Undercarriage maintenance and inspection is just one part of the overall process.


Autonomous Cars Concepts



An autonomous car is an independent vehicle capable of fulfilling the transportation capabilities of a standard car on its own by navigating and sensing the environment without any human intervention or input.
They use techniques such as computer vision, lidar, GPS and radar to sense their surroundings. The sensory information is then interpreted using advanced control systems in order to identify appropriate paths for navigation, relevant signals and any obstacles. This implies that they always update their sensory information based on sensory input making them able to detect their positions even when they enter into undocumented areas or even when the conditions change.

The automotive industry is on the brink of a major transformation as various car concepts hits the streets of various cities. The artificial intelligence used by them is changing the relationship between the driver, the car and future transportation. The technology used in these cars shifts the various roles which initially performed by humans to be performed by the car.
From Google self-driving car, Volvo autonomous vehicle, PSA Peugeot-Citroen, LUTZ Pathfinder to the recent unveiled Nissan IDS concepts, and Honda, Apple and General Motors already making ways for the development of those cars seems like the future where all the automotive industry may be headed.

Various manufacturers are already facing in technologies such as automatic braking system which allows the car to apply brakes automatically in the face of an imminent collision. This can be seen as the one of the first steps toward the adoption of autonomous cars and the technology that the come with.
This new technology may offer such potential benefits as: Reduction in accidents and traffic collisions since they have more accurate situational awareness and can always monitor their surrounding using a broad range of sensors and avoid potential hazard by determining a safe reaction with much accuracy than humans could. Accidents and traffic collisions could also be reduced since they are not prone to aggressive or distractive driving, or other forms of human errors which could lead to accidents when driving.

Also those cars could alleviate parking scarcity, reduce the size of physical space required for parking and lead to reduction in the number of cars since they could drop off passengers and go pick up others in other spaces, the car could drop off passengers then go park in other locations and only return when needed and can also lead to an increase car sharing since they can pick and drop off passengers at different places.

Article Source: http://EzineArticles.com/expert/Periklis_Georgiou/2191730

Slip Sliding Away: 7 Tips For Safe Winter Driving



It was a cold windy winter day.
The frozen lake was smooth as glass and the new fallen snow dramatically affected the slickness of the ice. It's difficult just standing on the ice let alone racing a 600 something horsepower Audi through the track.
Mattias Ekstrom is a two-time DTM (Deutsche Tourenwagen Masters) winner who knows what it means to go fast. Mattias can go faster in snow and ice than most drivers can on pavement.
The good news is that the majority of us are not driving 600 plus horsepower vehicles and need to race off somewhere in bad weather.

Don't let winter driving freak you out
Driving on snow and ice in winter conditions is tricky to master and can stress out even a seasoned driver, let alone a non-experienced winter driver. If you need to drive in extreme winter conditions, here are 7 tips you can use when old man winter hits your area with snow and icy conditions.

  1. Drive only if it's absolutely necessary. I know you have probably heard that over and over again, but it's true. If you don't go out in the bad weather, you can't get in trouble on the road. Is your journey really that important and necessary? What harm would come if you were delayed for an hour or so? Chances are for most of us... nothing would happen. Stay home and have an extra cup of coffee or a nice breakfast with your family. That will give the road crews more time to clear the roads.
  2. Clean off all the snow and ice from your vehicle. If you don't have a garage then by all means clear off all the snow and ice before getting on the road. Don't just clear off a small area on the windshield so you can peek out.
  3. Make sure you have a full tank of gas. This way if you get stuck in traffic, or in a snow bank, you can keep your heater going to stay warm. The extra weight can also help by giving you more traction.
  4. Slow down and keep your distance. Remember back in your driver's training class... stopping distances can increase dramatically in icy conditions. It's a fact that it can take up to ten times as long to stop on an icy road compared to a dry one.
  5. Pay attention to your surroundings. Notice how far the next stop light is or the next corner you need to take. Drive carefully and gently using a constant speed. This will give you more time to act if you need to stop suddenly. Watch out for road crews with the big snowplows and smaller trucks with plows. They're lots of slow moving snowplows in snowy conditions.
  6. Hang up your phone and just focus on your driving. As Forrest Gump would say, "That's all I have to say about that!"
  7. How to deal with skidding. It's always a good idea to test out your brakes and steering to test the road and see how slippery it is. If you find it slippery then slow down and take your time.

If you feel your car starting to skid, then take your foot of the gas and allow the speed to drop by itself (don't hit the brakes) that will only make it worse.
If the car starts to spin out on you, steer into the direction of the spin and allow the car to straighten out.

Finding Your Balance...
Yes it is possible to be sure footed and confidant when driving on snow and ice. However, finding traction and grip on snow and ice is an art that takes patience and practice.
Clearly in Mattias Ekstrom's hands driving and racing on ice and snow all comes together for him because of his planning and years of racing. He has developed his skills along with preparing his vehicle for these conditions.

It's not easy to drive in winter conditions when the ice and snow comes at you hard. However, by following these tips your winter commute can be made a lot easier and safer.
Happy driving and I hope these little pointers will have you feeling more confident and safe on the winter roads and freeways this winter.


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