Abstract
The conditions for formation of the character and state of random values of the deviation of vehicle service from the perspective of their influence on the temporary parameters of TTS operation are established. The object of research is the process of functioning of the transport and transfer hub of urban public passenger transport. It is proposed to consider the procedure for determining the planned service range of vehicles on the basis of taking into account the fluctuation processes of formation of the time of arrival and idle time of vehicles in TTS. Based on the identified general composition of the factors, by evaluating their possible consequences and analyzing the sources of formation, basic mechanisms for reducing the fluctuation of the service time are proposed. These mechanisms differ from existing ones in their orientation to ensuring a reduction in the range of time vehicles in TTS. Investigation of the constituent elements of the fluctuations, carried out on the basis of their analytical description, make it possible to determine the prerequisites and parametric regions for reducing the dispersion of the service time of vehicles in TTS. These prerequisites and parametric areas consist in stabilizing the time of their idle time within the total duration of productive technological operations. Experimental studies have confirmed the practical relevance of the account of the fluctuation processes in the TTS organization and allow to prove the prospect of taking into account these processes by integrating them in the general functional model of evaluating the performance of urban public transport. It is found that by introducing priority traffic on the network portions dispersion level time of arrival of vehicles is reduced by 49.1 %, the dispersion service time by 40%, and the average range of probable location of vehicles in TTS in the range from 20.5 to 37 % , 5 %. The proposed approach to the description of fluctuational processes of service of vehicles in the TTS opens new requirements for the use of slot-coordination models in solving the operational and strategic urban public passenger transport.
Highlights
The functioning of urban public passenger transport (UPPT) is a complex process, during which the implementation of a set of relevant technological operations
The state of implementation of internal technological processes is largely determined by the level of ensuring the stability of the time parameters of internal and external operations that occur during the interaction of UPPT within the local objects of the passenger transport infrastructure
It is established that the procedure for identifying the nature and conditions for the formation of random values of the actual deviation of vehicle service in transfer stations (TTS) is an integral stage in the investigation of UPPT functioning
Summary
The functioning of urban public passenger transport (UPPT) is a complex process, during which the implementation of a set of relevant technological operations. In the context of solving the problem of ensuring the effective UPPT interaction in transport-transfer stations (TTS) it is important to identify the range of production solutions aimed at stabilizing its functioning. Under such conditions, there is an urgent need to analyze the key structural components of the formation of fluctuations (deviations) in the temporal parameters of its technological processes, which is the basis for the subsequent identification of mechanisms to increase its service-resource efficiency
Sign-in/Register to view highlights & summary Sign-in/Register to access full text options 
Free) 
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have
Schedule a call
