V2V Communications Driving the Future to Prevent Car Crashes

Every morning when we leave home for work, school or trip, most of our loved ones say, “Safe drive.” No matter how safe we drive, there are hundreds of accidents taking place in the world every day. There can be technical defects like a brake failure or engine breakdown, or fault of the driver from the opposite side or a lane-break. A small mistake can even lead to a severe car crash which can ultimately take one or multiple lives. Ever wondered how it would be if our cars could talk to each other? Probably, there would be no accident, no car crash or no death on the road and most interestingly,  we would not need to remind people to “Drive safely,” since our vehicles will be able to take care of that.
The technology is evolving every day, and its advancements are helping every industry to develop and deliver better solutions and services. Telecommunication industry is rapidly advancing and offering new and unique solutions to the world. The industry is bringing unbelievable changes in the lives of people. Those days are not too far when a vehicle would start communicating with other vehicles. They could talk about each other’s mechanical parts, engine, acceleration and speed, along with the condition of their tyres, brakes, and spares. If two cars would speak with each other, then it would reduce the number of road accidents and car crashes.
The world is racing towards driving autonomous vehicles with built-in sensors, highly modified GPS systems, and V2V communication systems. Intellectuals believe that the primary characteristic of the most expensive vehicle on the road should be its ability to communicate with other cars on the road and objects present in its surrounding. They even mentioned that this technological revolution is supposed to bring together the automobile manufacturers with telecom companies to let the vehicles continue their communication with each other.
Vehicle-To-Vehicle (V2V) communication is known to be a system defined to transmit information between vehicles and other objects on the road in real-time. This communication and exchange of information between cars will help drivers to receive warnings and emergency information about other vehicles. Cars work and move without depending on other vehicles to transmit data, but with V2V communications, automobiles will be able to send and receive critical, vital and necessary information to the nearby vehicles to improve the overall efficiency and safety of the roadways.
One might wonder why we are working so hard to make a metal box communicate with another and other non-living objects nearby. The reason firmly stands as that the ultimate goal of V2V communication technology is to help prevent automobile crashes before they take place. Intellectuals say it will also assist the Department of Transportation to achieve their goal of zero automobile deaths within the coming decades.
Benefits of adopting V2V Communication Technology
Industry pioneers are expecting that connected vehicles will leverage advancements in the wireless technologies to communicate with vehicles, infrastructure, and other portable devices. With the advancements in the communications technology, auto manufacturers are getting more inclined to focus on the road safety measures.
After the automakers adopt the modern communication technologies, the transport industry will witness a sharp reduction in the operational and ownership costs, mobility for shuttle buses is going to increase along with the new demographics with higher efficiency for roadways and parking capacity. Although there are numerous benefits of combining vehicle connection and automation, the real mission of this advancement is to eliminate all car crashes. This technology is soon going to make traveling safer, more reliable, and faster all throughout the world.
The most significant applications of the cross-vehicle communication include:
–    Personalized assistance of road and roadside
–    Real-time traffic update
–    Monitoring automobiles and adjustment of positions of highways
–    Emergency alerts to warn drivers about out of the lane drifting
–    Slow down of vehicles while detecting any obstructing in its proximity of reach
Researchers say that not only vehicle to vehicle communication, rather the connectivity between the inside and outside of the vehicles is extremely essential, and without this, the man’s dream of riding self-driving cars on the highly congested public roads will not be entirely filled.
Only Partnerships can make this Possible to Achieve
This is not a job a single unit can succeed in. This is a huge dream to fulfill and requires collaboration between some of the tech and automobile giants. Reports suggest great companies like Google, Tesla, and Toyota have already started working together to enhance the required technology and infrastructure to support the goal of improving safety factors and removing human drivers from the accelerator, gear, clutch, brake, and the steering wheel.
Industry gurus estimate that this intelligent vehicle technology can bring $35 billion within the coming decades in the US alone. They have even mentioned that transferring of software-based networks and complex ecosystem that involves vehicles communicating with each other on a continuous basis can help industry pioneers to achieve. Engineers and scientists have informed that the technology will impose and program algorithms in such a way that it will make the need for human drivers disappear and at the same time, the self-driven cars will function within the limitations set by state regulators and other relevant laws.
The Department of Transportation has apparently explained intelligent transportation systems as the use of advanced information, data and communication technology through on-board vehicle sensors. Researchers are assuming that the information will enhance the safety measure and mobility while also reducing the environmental impact of public transportation.
The future of transportation technology is not the thing reserved only for sci-fi Hollywood movies, and soon the vehicles with this technology will roar on the roads of the real world. Scientists have defined some of the modern wireless technologies which will help autonomous vehicles to be connected namely, Laser Illuminated Detection And Ranging (LIDAR), Global Positioning Systems (GPS) and Inertial Navigation System. The V2V communications will not enable vehicles to interact with each other but will mostly allow them to act as part of an integrated group. The amount of data and communication will increase and so will the complexity in the communication industry. This is going to change the transportation world entirely, and will open the gates to enormous opportunities for telecommunication companies, automakers, and organizations developing Artificial Intelligence.

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