EXISTING SECURE AND PRIVACY PROTOCOLS

Existing Secure and Privacy Protocols

Introduction and Overall Design of System

In times of increasingly more powerful driver assistant systems, automatic driving appears on the horizon of many automotive Research & Development managers. At the Innovation Summit in Munich, GPS explained the pros and cons of automatic driving. The discussion highlights the complicated splits between the feasible and the desirable approaches (Allen, 2001).

The perspective of automatic driving is real, explained by BMW R&D manager Peter Waldmann at the innovation Summit, a high-level discussion forum in Munich. According to the expert, automatic driving has a high potential to improve the safety situation on highways and streets.

Waldmann sketched the vision of an "electronic co-pilot" which takes control of the vehicle during annoying traffic situations such as congestions or stop-and-go traffic. In critical situations, the electronic co-pilot warns the driver and provides instructions to take over the situation; in quickly developing dangerous situation it intervenes directly and thus helps to avoid serious accidents.

Highway and Road safety is an elaborated science that rise to an art form, as ordinary drivers perceive what engineers communicate to them in the road design. What government policies and education campaigns communicate in laws and in shaping public discourse, and what the culture of the driving public adds to their perception. This area of scientific and communication research ultimately has a profound impact on the well-being of citizens and the communities where they live and travel.

Highway safety is a worldwide concern because an estimated 1.2 million people lose their lives in road crashes each year, and as many as 50 million are injured. It is expected that close to 2 million lives will be lost each year on roadways by the year 2025. This human cost of transportation progress impacts both developing and advanced nations (Allen, 2001). The widespread loss of human lives and the impacts of life-changing serious injuries are now considered a public health epidemic, sometimes known as “the disease of mobility.” Over 40,000 roadway fatalities occur each year in the United States, and these motor vehicle crashes are the number one cause of death for persons age 34 and younger. My personal believe is that these all problems can be solved by introducing a “Computerized system” (Tarnoff Bullock, Darcy & Stanley, 2009).

Computerization in vehicle system is not a new thought. Many of the “Transport masters” have offered ad hoc plans to improve the vehicle system. As Waldmann said, "It is important that the driver under all circumstances can override the system".

Technologies

There are a number of technologies that can be adopted in the transport system such as navigation, container management system, traffic signal control system, and automatic number plate CCTV system and speed cameras. Some of the efficient technologies are given below.

Wireless communication

Radio modem and WiMAX are two popular technologies that are frequently using in America.

Computational Technologies

These are vehicle electronic devices that allow a transporter to recognize the position of the user. Computational Technology is the most expensive device and not easy to ...