Telematics and Big Data: Next Generation Automotive Technology

Telematics, Big Data, and Analytics are the three big important ways that are driving the auto industry forward. In this article, we will see how big data analytics, with the insights of information processing, can help transform the automotive and transportation industry globally.

The future of telematics is with big data.

Traditionally, in most automotive and transportation enterprises, specialized business processes have always been analyzed and modeled on whatever limited empirical data or contextual information was available to them. Proper data was few and far between. Or, even if the required data was available, enterprises hardly had any technological know-how with them to harness all the information necessary for their use. It was quite a difficult task to deal with such a situation where enterprises heavily relied upon conventional methods such as going through previous driving records, including taking into account people’s age and gender, locale demographics to accurately predict risk levels among its consumer base. This was something haphazard, awkward and unreliable.

Now with the advanced big data analytics, accessibility to scores of information and the science of telematics are putting the current understandings in new light, offering new conversation starters, and creating new potential outcomes that were not really possible before. “Big Data” as we know it is changing everything for the better. It is changing how the vehicles are built, how they work, how we use them and how they collaborate with everything else in this world: From vehicle-assembling to insurance underwriting, to traffic modeling to optimizing traffic routes, Big Data is changing the world of car/fleet transportation industry in a big way.

Big data analytics plays a very important role in the telematics field. The fact of the matter is that the science of telematics which involves telecommunications and vehicular technologies demonstrates how big data analytics can improve supply chain management, fleet management, increase yield and drastically reduce material costs, not to mention the quality and safety issues that never get compromised using proper big data analytics. In fact, the use of relevant data directly leads to more opportunities. It is in this context we will see how Big Data is bringing transformative elements into the various industry sectors especially in insurance, financial, automotive and transportation and other sectors and improve their business processes.

Telematics All The Way

Telematics is ushering an era of big changes. The way vehicles are insured and how they are driven or repaired are all changing for the better.

Earlier, we have seen that insurance and maintenance standards of vehicles were based on some kind of conjecture and the rough utilization of crude data that was available at hand. But with the use of telematics, a strong evidence of data is promptly accessible that can revamp entire branches of the commercial enterprises and change drivers’ driving behaviors.

Thanks to telematics, the wealth of data that can be derived from vehicles can also be made available to drivers. This is also one of the big changes that telematics promises. As far as valid data is concerned, there are simple ways people can immediately access from their connected car, and this same data can also be transmitted to the manufacturers or insurance companies for that matter. So when data is available and is accessible to users then there is going to be better understandings of their vehicles’ performance, ultimately resulting in helping drivers adopt good driving behavior. Drivers will have access to GPS-related data that will let them know their driving styles, including real-time information on fuel consumption, speed limits, hard acceleration, braking, phone distraction, etc. All this useful information can impact not only their driving performance but also can extend the longevity of their cars.

Driving Innovation and Continued Growth for Auto Insurance

To give you just one example: Consider the insurance industry. Using the great combination of telematics and big data analytics, insurance companies are able to enhance their business processes to an extent that was not possible before.

Basically, the insurance industry is based on analytics and probability. Therefore, to have a proper access to accurate and in-depth data that identifies with every customer’s lifestyle and risk always works in the best interest of the insurance industry. This is an area where telematics has been adding quite a lot of significant value propositions that matter greatly to both insurance companies and their paying clients alike.

With telematics and big data analytics, insurance companies don’t have to resort to guesswork to fix premiums for their customers. It has enabled insurers to reward policyholders, who display good driving conduct and check their vehicle health stats, with lower premiums and rebate offerings by taking the guesswork out of the equation. This is nothing but a big data approach to telematics insurance.

Telematics is a positive trendsetter and has grown exponentially in recent years. The positive impact that it has over companies and consumers alike is proving to be a win-win deal for everyone. And as far as telematics is concerned Big Data would be there too, working hand in hand. Not only consumers but automotive manufacturers and service providers as well are going to get greatly benefitted from the marriage of big data and telematics. And since the relationship is really symbiotic, big data is going to be the future of telematics. Embrace big data and telematics in a big way!

Information Technology Jobs in Singapore

The fast track development of Singapore, also comes with it a large opportunity for investments for multinational institutions that cater to information technology. To date, Singapore already has various entities that cater to the information technology markets of the world right in its doorstep and it is emerging to be an essential IT hub in the Asian region.

With the state’s support of making Singapore an IT friendly environment for more than a decade now, has helped prepare the country in the processing of IT products and services, build the necessary infrastructure and technology aimed to promote further the quality and standard of living among Singapore’s populace.

If you’re an IT professional then you’re in luck as the country is in demand of professionals such as: programmers, broadcasting operations professionals, computer operations professionals and network managers, computer system operators, computer animators, multimedia programmers, network and systems administrators, network systems and data communications analysts, software engineers, system programmers, telecommunications engineers, system designers and analysts, Telecommunication service supervisors and professionals, telecommunications installers and services, electrical linemen and production technicians are among a few of Singapore jobs that is hiring.

Plus, Singapore’s multinational companies is continually bringing in more developments and new technologies that will add another level up the skill meter for the professional or will add more opportunities to the industry in general.

Search online now and find the job that you want, among the various job hosting services online with just a push of a button. You can also give the place a try out and experience the difference yourself.

Some Basic Information About Projector and Lamp Technology

The heart of the projector is its lamp, which is its primary component. This lamp is accessible in most of the models behind the projector door, for easy replacement. At times projectors come equipped with two lamps, both of which function together, or one may take over when the other one fails. You may have come across the term UHP when purchasing a projector. This stands for Ultra High Pressure lamps which are commonly used in projectors, the other lamps are metal halide, and, for larger and upper range projectors, Xenon lamps. Xenon lamps give better color images than metal halide, but need more energy to operate and have a lower life span. What is being called the lamp is actually an entire lamp module comprising of the bulb, the reflector both encased in housing with leads for power reception.

There is an integrator which receives the light of the bulb which is thrown on it by the reflector, through a system of lenses. It is a very efficient system that processes the image to appear sharp and all the pixels are uniformly illuminated without wastage of light. The reflector is designed to process all the light optimally. This is a very sophisticated system which a layman does not need to understand, but, I am given to understand that many papers are written about the system by technical people dealing with the science of optics and photography.

What a end user of the projector needs to know and understand is that the reflector concentrates the light from the projector bulb through a series of lenses or a single lens so that as much light as possible can be delivered on the screen, so that we get extremely sharp and life like images.

Bulb size and the problem with stray light rays

The manufacturers noticed problems arising from stray light rays. These, since they were not directed directly on the screen, reduced the efficiency of the projector by striking various other walls of the projector and also leaking through the vents. If they escaped the projector they could strike the screen in various places affecting the image and the color. So innovative minds worked at this problem and found a solution, which is to reduce the source of the light. The theory is that smaller the light source, smaller the leakage, hence the size of the projector bulbs started getting reduced.

Innovative ways to make the small bulb create a great illumination have been adopted. For instance metal halide lamps have a gas filled gap through which light is created. However this has led to unwanted tungsten deposits that darken the lamp and reduce its brightness. UHP lamps were introduced by Philips which employs a pure mercury vapor arc under extremely high pressure to create illumination. The arc gap is smaller than the halide gas filled gap, and sidesteps the tungsten deposit problem. It also creates much better light.