INTRODUCTION:
The evolution of wireless technologies in modern days helps to utilize these kind of technology in many applications like vehicle safety application, a wireless data communication between the vehicles and also between the vehicles and other infrastructure.
The objectives of vehicle to vehicle and vehicle to infrastructure communications are to avoid the vehicle crashes, to examine the technological issues that may affect this short range communications, characterise the communication needs of particular vehicle security applications, to monitor the vehicles that breaches the law etc. according to the reports in coming 30 years there will be a 60 percent increase in traffic on the freeways people spending lot of time and cost for gasoline and other things due to the traffic jams. vehicle to vehicle and vehicle to other infrastructure can help in avoiding this. my project focus on the communication of vehicles with each other and with traffic lights and other infrastructure understanding the purpose of saving time by reducing the travelling time and also to avoid the vehicle crash.
DESIGN and APPLICATIONS:
An inbuilt chip is provide to each vehicle that updates itself every second. the chip contain a storage component that can store the information received within certain time, sensor, GPS and computing element.
Every neighborhood have its own particular vehicular base station(VBS) so that at whatever point a vehicle approaches in a specific VBS, that
The use of IoT in the development of autonomous vehicles has led to the general reduction of fatalities (Sheng et.al, 2013). The reduction of fatalities is from the following aspects of driverless cars which are improved on by the use of IoT in the vehicle technology.
Will you be driving KIT from the Knight Rider TV series? Well not exactly, but your car will be communicating with you to keep you safer. In the article car “Car-to-Car Communication”, Knight (2015) describes his experience with cars that communicate to help keep the vehicle’s occupants safer.
Cars are something that almost every person has or will use in their everyday life or need to use their car to get to and from work or school everyday. Well in this paper you will learn about what technology has done to change the Automotive Industry as well as your everyday life. This paper will be focusing on the Technologies inside of the car, along with the Technologies that keep you safe and also a little bit about Self-Driving Cars. So fasten your seatbelts while you are reading this paper.
The device is attached to the top of the vehicle and used a remote key control. The driver places the device on top of the vehicle’s roof and the LED lights flash when activated from a distance locating the vehicle in a crowded parking lot or garage during the day or night. This device can be very useful to the elderly driver, as well as, a hearing impaired individual. There is no need to listen for the sound of loud horns, and no more looking for flashing tail lights, which in some cases tend to be at lower eye sight levels! The Woody/Epps Car Finder provides an alternative to assist drivers in locating the vehicle quickly within
In the recent years, wireless technologies have taken a new dimension in the ways society lives. Wireless broadband is available to everyone. Whether the users are at home, driving the car, sitting in the park, and it would even work while people are a pleasure boat ride in the middle of a lake. And because of this, the need to have information at any time and be connected in all places, all the time has been satisfied.
Everyday, thirty three hundred thousand people send texts, calls, or anything to communicate with other people while driving. Everytime a person picks up a phone while driving, it is like playing Russian Roulette with an innocent family.
This is a peculiar as well as a completely new technology in the future, on matters related to driving. The self-driving car team asserts that their product would have significant changes regarding daily human life and activities. However, it is cumbersome to predict the precise outcome of the new technology that would be witnessed in the future because there is limited experience of operating a self-driving car.
These specific tasks encompass all operations from vehicle acquisition to disposal. Software, depending on its capabilities, allows functions such as driver and vehicle profiling, trip profiling, dispatch, vehicle efficiency, etc. It can provide remote control features, such as Geo-fencing and active disabling. Current vehicle diagnostic information can also be related to a management site, depending on the type of hardware installed in the vehicles. New platform, based on Fleet management software, is fleet controlling with higher amount of information available for both drivers and dispatchers of a fleet. At this time (2012) online software platforms are very popular: users no longer have to install software and they can access the software through a web browser.
Wireless networking hardware requires the use of underlying technology that deals with radio frequencies as well as data transmission. The most widely used standard is 802.11 produced by the Institute of Electrical and Electronic Engineers (IEEE). This is a standard defining all aspects of Radio Frequency Wireless networking
New technology will be equipped in new vehicles. Internet will be plug in into vehicles which is to accomodate current trend among people. Internet connection to computers,smartphone or wireless will increase vehicle sales number. Looking forward, cars may soon be “talking” to each other and to the roadway. Car-tocar information sharing can alert vehicles miles behind that cars ahead have come to a halt, warning drivers to prepare to slow down. “Smart” intersections will allow stop signs and traffic lights to communicate with vehicles, as sensors
Road traffic congestion is a major problem in Singapore and it results in delays in the transport system such as buses not reaching their destinations on their scheduled time. Because of that, it also results in commuters not getting to their destinations on time even though they already take the shortest route to their destinations. Although the governmental organisations are putting in effort to deal with transport capacity, the majority of the citizens are demanding for more efficient performance on travel time.
Now-a-days, it became very difficult to know that an accident has occurred and to locate the position where it has happened. It’s very difficult for the lives of victims until anyone noticed and informed it to the ambulance or to any hospital and if it occurs in remote areas there will be no hope to survive. To overcome these, GSM and GPS technologies are used. The GPS based vehicle accident identification module contains a vibrating sensor and a GPS modem connected to the microcontroller. When an accident occurs, the vibration sensor gives the signal to the microcontroller, which sends the information to the LCD display through GSM network. The vehicle is tracked for every five minutes using GPS
A SMART car had initially been introduced due to the fact that the European car manufacturers raised a concern regarding the increasing levels of pollution and congestion in city centers which could possibly lead to an eventual ban of conventional cars in city centers imposed by the government. SMART has provided a new perception of mobility where potential buyers were to encounter the “uninterrupted mobility solution”, referred as smartmove. Smart The basic idea is that Smart cars are designed to be small, fuel-efficient, environmentally responsible and easy to park—the ultimate in-city vehicle.The company's vision is to provide unparallelled safety and comfort on the roads along with the options to choose from a lot of versions.The
The concept of internet of vehicle is shown in Fig.10. The converging technologies of IoV are related to electric vehicle, autonomous vehicle etc. The IoV can also deals with the vehicle to vehicle (V2V), vehicle to device (V2D), vehicle to infrastructure (V2I) and vehicle to grid (V2G) communication.
In a larger city, the complexity of transportation increases manifolds because of the modes involved, the large number of origins and destinations, the amount and variety of traffic and the possibility of interference, particularly when this complexity is not managed effectively.