Abstract: Provided is a system for predicting expected time of arrival (ETA) of vehicles. The scanning module is installed at a toll plaza for electronic toll collection (ETC) scan of a tracked vehicle and same and similar (SaSi) vehicles crossing the toll plaza. The SaSi vehicles are identified based on a plurality of predetermined factors. The computation module computes a segment time for plurality of segments from time difference between the ETC scans in two consecutive toll plazas for the SaSi vehicles moving ahead of the tracked vehicle. The segment time is computed based on a defined criteria. A segment time is computed for plurality of segments in an event of presence of non-SaSi vehicles or absence of toll road. Based on the computed segment time and periodic error correction module between successive segments, the ETA of the tracked vehicle is predicted.

Abstract: A system and method for monitoring and tracking entities in one or more transit points is provided. The present invention provides for receiving one or more types of signaling functions associated with an entity in response to a code generated by a transmitter device. The code comprises a unique transmitter ID associated with a unique entity ID. Further, the invention provides for ascertaining validity of at least one type of signaling function and generating a time stamped record of at least one type of signaling function. Further, the invention provides for processing the code with tracking data to generate an event message. The tracking data comprises at least location of the entity along with other parameters associated with the entity. Further, the invention provides for extracting the unique entity ID and tracking data associated with the entity from the event message, and generating a tracking file.

Abstract: A system and method for monitoring and tracking entities in one or more transit points is provided. The present invention provides for receiving one or more types of signaling functions associated with an entity in response to a code generated by a transmitter device. The code comprises a unique transmitter ID associated with a unique entity ID. Further, the invention provides for ascertaining validity of at least one type of signaling function and generating a time stamped record of at least one type of signaling function. Further, the invention provides for processing the code with tracking data to generate an event message. The tracking data comprises at least location of the entity along with other parameters associated with the entity. Further, the invention provides for extracting the unique entity ID and tracking data associated with the entity from the event message, and generating a tracking file.