To grasp the idea of ​​the development of the research question, it is necessary to understand how autonomous technology works. It would be difficult to imagine if approaching a busy road you would come across an autonomous vehicle that safely passed nearby cars and pedestrians, while driving through the streets and obeying the rules of the road. So far, autonomous technology turns imagination into reality. Say no to plagiarism. Get a tailor-made essay on "Why Violent Video Games Shouldn't Be Banned"? Get an original essay According to an Automotive News article, Google modified an Audi TT and six Toyota Priuses; this formed a modest team of self-driving models (2011). The article goes on to say that the vehicles have logged thousands of miles on the roads (roads, freeways, highways, etc.) of California, even though there is a monitor on board the vehicle ready to intervene whenever necessary (2011) . The models are equipped with a scanner on the roof of the vehicle, which measures the distance to nearby objects, according to Kathy Sykes, a physicist and television host for Google (2012). An additional system integrates GPS and laser data on the front bumper and sides of the vehicles, which calculates “acceleration and rotation” (2012). Any evidence recovered by the ingenious on-board lasers and cameras is processed in the vehicle's computer system and intelligent software (2012). “The system can make choices quickly and control steering, acceleration and braking with implausible speed,” says Kathy Sykes (2012). Sooner or later, society will experience innovative transportation like no one has ever seen before, as this exciting technology advances. Many others comply. According to scholars at the National Research Foundation of Korea (NRF) (Kim, Yoon, Yu, & Kang, 2012, p. 761), autonomous vehicle systems will sense their surroundings and drive to their destination "without the assistance of a human being." ). The researchers go on to say that the combined systems consist of “location approximation navigation technology; control technology for adjusting direction and speed; sensing technology, to observe the surrounding environment; and cognitive/decision-making technology to calculate vehicle motion” (Kim, Yoon, Yu, & Kang, 2012, p. 761). Autonomous vehicles will effortlessly navigate their way through the flow of traffic on the roads with the control and knowledge of their intelligent computer systems. However, advanced vehicle systems are just not enough. The highway and road infrastructure surrounding the driving vehicle will also contribute. A futurist spokesperson for Google, Thomas Frey, defines current highways this way: “…highways today remain little more than dull surfaces, with virtually no flow of data between vehicles and the road itself” (2013, p. 38) . Despite this, the roads are expected to be much larger than their current condition. The goal is for roads to communicate with cars and cars with the road. Some believe in allowing self-driving vehicles to communicate with each other. This way, in such a scenario, multiple vehicles could work in harmony to allow a safe path for the car in danger. This would obviously require extremely rapid communication between vehicles. It would significantly reduce the chances of an accident occurring, but it wouldn't prevent it in any case. Please note: this is just an example. Get a custom paper from our expert writers now. Get a Custom Essay However, Frey elaborates on this: “ As cars become equipped with driverless technology, big things are starting to happen..