Automated Floating Point With Spacial Positioning Of The Articulated Systems For Automatic Stability Balancing

In doing so, transportation safety will increase. Current cars are already semi-automated with various technologies. The editor’s claim that in coming years the current limited technologies will be just the tip of the iceberg, since radar and laser sensors, and car-to-car computer communications will be available.

Many people lose their lives or loved ones in accidents involving cars and other types vehicles like semi trucks, farm equipment, construction vehicles, and motorcycles. People are involved in car accidents due to reasons such as distracted driving, drunk driving, inability to drive, driving in an unsafe vehicle. Many of the accidents can be can be prevented. There are many precautions that can be taken to decrease the amount of people hurt in these accidents. Options range from enforcing harsher laws for vehicular accident or simply making the car itself safer, and making it mandatory that vehicles are safer. As well as new laws that could created. There are many small things that people can do to become a better driver and cause less accidents.

Automobile accidents are terrible things to be involved in, even if they are minor fender benders, they are still stressful, or at the very least they are extremely annoying. What if the vehicle that you have collided with is a 18 wheeled, 80,000lb contraption of metal, rubber, and cargo? Even a ‘fender bender’ caused by a semi-truck can take the front of your car off completely. They are vital parts of the world’s economy, though they are extremely dangerous when it comes to being in an accident.

many accidents have occurred due to minor mechanical errors which goes to show that the simplest mistake could kill someone. some accidents happen because a harness was not completely secured or because someone decided to not follow instructions. However,

The following problems are often the result of minor accidents and can have a significant impact on a vehicle’s safety and performance:

By helping the drivers to keep the steering ability in some critical conditions, the Anti-lock braking system has been proved to save lives. ABS provide the minimum stopping distances and effective steering than a non-ABS vehicle.

Nowadays, most people own cars and many people are riding cars on a daily basis. Although we sometimes hear on the news about people dying by car accidents, there are much more cases when people are not injured by car accidents thanks to the range of safety equipment designed to keep the people on the car safe in the event of a car crash. The range of safety equipment is supported in the background by the modern advanced science.

The increasingly extensive automation of complex system, presents completely new challenges to the development of technical solutions. The complexity of systems, whose malfunctions cause’s significant damages, are able to cause of most errors. In work areas such as aerospace or in power stations, there has always been ahead of awareness. There are international standard and guidelines available, which defines the requirements for safety-related equipment in different depths and classifications.

There are many jobs in the world that are very dangerous, and might cause serious injury to employees, such as: police, firefighter, construction, install or repair electrical, and more. Therefore, employees’ safety is an essential component of any industry. They want secure that their employee does not get an accident, or injuring while working. Today, many companies are giving safety handbook for their employee to follow the rules and get understandable about the safety in the company. However, to improve the safety for the workers, many industries have developed their machinery, have their employee to train, and make sure that their workers are working in a good condition environment.

In the previous chapter, we introduce about the indoor positioning system techniques and the research directions. In this chapter we will describe the basic theory related with the navigation and pose estimation systems for example, the coordinate system, the dead-reckoning method, the characteristic of Wi-Fi radio signal propagation etc. For all of the basic ideas are very important thing to understanding the configuration of our research as follow;

In our project “Design of vehicles based on "changing pinion over the rack" steering mechanism” we are using separate mechanisms for transmitting of power and steering the vehicle and there will be two modes of operation.

Abstract— The Ubiquitous systems are very popular in the young groups of people and this group of the population is the leading one in road crashes all over the world. The correct application for smartphones, which can provide instant information about accidents such as location, time, a number of injured people, etc. to emergency services, with a good advertisement, can change this statistic. Today people are often distracted from their surroundings and pay less attention to each other. An innovative solution for this problem may be a developing of an Accident detection System using an android smartphone. It is, basically, the application running on the android phone that continuously reads the data from the sensors and process this data to detect a crash according to the changes in accelerometer and gyroscope readings. If the observed parameters are amount of the limits then the application detects this as a crash and the

Due to rise in death due to negligence after accidents it was necessary to generate a system to limit accidental deaths. Our system has following features:

Since the market demands varied over the last 30 years, automotive manufacturers have been focusing on improving users’ driving experience for a long period while developing advanced electronic-based technologies, with respect to requirements such as convenience, safety, fuel efficiency and etc. However, with more functions achieved, a large quantity of wires individually connected to different electronical control units(ECUs) needs to be involved in order to transfer signals from sensors to ECUs, thus making the entire vehicle system significantly complex, heavy, costly and less reliable. This issue was foreseen by engineers and could not be solved properly until the introduction of vehicle communication network in which ECUs interchanges information alone the bus with much less wirings required. Within the following sections, in order to ensure accuracy for final investigation result, a Toyota Prius 2012 model is chosen for researching on how information required is processed by each control unit after being detected by those related sensors. Based upon investigation mentioned, discussion on benefits of using in-vehicle network will be further taken with respect to weight and cost savings.

Abstract— Road accidents cause a severe threat to human lives from both an injury as well as a financial perspective. Given that vehicles are designed to provide a smooth means of transportation, manufacturers have long been in the process of designing the vehicles that are based on principles of efficiency, reliability and safety. However, due to reasons such as human-error, circumstantial error, poor vision and negligence, accidents occur. Today, special attention is focused on the technologies that can reduce traffic collisions. Hence, Vehicle-to-Vehicle (V2V) technology is proposed which are simple to implement. The main objective of this paper is to alert the driver when he closes to the front vehicle by using camera and ultrasonic sensor and to communicate mutually for information exchange by using Xbee.