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|Title:||Smart Road Infrastructure|
|Citation:||Artur Ziarmand Smart Road Infrastructure/Artur Ziarmand//Proceedings of IEEE East-West Design & Test Symposium (EWDTS’2013)|
|Abstract:||The idea of creating such a project was the fact that in Ukraine, as well as in many other countries the existing traffic control system does not correspond to the growth rate of the number of vehicles and pedestrians. As a whole lags behind the management of road traffic from the growing number of cars and the changing needs of the people. The basis of the work included a detailed analysis of the situation, a description of the problems of this area, the identification by means of various algorithms of possible solutions, a theoretical synthesis of similar projects, as well as the introduction of concepts of devices and methodologies to improve and represent radically new way of controlling traffic. The use of modern IT-technologies, software and hardware to improve and build a new road infrastructure is put as a priority task of the project. This is due to the scientific interests of the project's developers at Kharkiv National University of Radio Electronics, where first notes and discussions on research topic were written. Currently there are more than 150 projects on automation of traffic. The main disadvantage of them is that these projects are fragmented. There are separate versions of realizations with disabilities. There is no system that combines several technologies and is able to solve multiple global challenges. The new idea behind this project is not only able to solve above existing problems in the traffic control system, but also provides a unique opportunity for all road users, opening the prospect of the development of software and hardware systems for infrastructure development of mega cities. Interest is the use of a radically new way to manage and introduction innovations in the traffic control process. The implementation of a solution to the problem of high demand, as there is an urgent need to change the system of monitoring and traffic control, and there is a growing demand for IT-technologies in built-in car devices. The uniqueness of the project is a combination of modern IT-technology, mathematical models and hardware technology tools into a single integrated system.|
|Appears in Collections:||Кафедра автоматизації проектування обчислювальної техніки (АПОТ)|
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