Saraikin A.I., Aralbaev T.Z., Khasanov R.I.
POSITIONING OF MOBILE OBJECTS ON THE ROADWAY IN A DEFICIT OF INFORMATION ^{[№ 4 ' 2015]}
Inadequate assessment of the impact of the value driver deficit of information when choosing the trajectory and speed of the mobile object considerably increases the risk of road accidents. One of the basic principles of active safety is to use a mobile object navigation methods and tools to inform drivers when positioning the mobile object on the roadway. To implement this task, we developed a pilot version of the onboard positioning system — a prototype of the system, which includes the following functional modules: collection, registration and processing of data on the trajectory of the mobile object, select the high-speed mode and the rotation angle of mobile object in a deficit of information. A prototype airborne system was tested on potentially dangerous areas of the roadway, on the basis of which recommendations on the choice of safe passage movement of the mobile object in a deficit of information. This result demonstrates the adequacy of the data for the selection of the direction of rotation angle of the mobile object positioning system board recommended and the actions of the driver. The method developed in the form of algorithms and tools to reduce the risk of road accidents outside the settlements in terms of visual information deficit.

Aralbaev T.Z., Saraikin A.I., Khasanov R.I.
ON-BOARD SYSTEM OF DIGITIZATION MECHANICAL TRAJECTORY OF VEHICLE ON THE BASES OF SATELLITE NAVIGATION ^{[№ 10 ' 2014]}
The paper presents the organization and architecture of the on-board system of digitization mechanical trajectory of vehicle on the bases of satellite navigation, and also its technical variant — the prototype system. The authors have developed recommendations of choosing a safe path of the vehicle in conditions a deficit of information.