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Toll Management System. Tolling System Architecture. Lane Level. The lane level is the most important interface with road users . To control & automate the vehicle movement process.
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Lane Level • The lane level is the most important interface with road users. • To control & automate the vehicle movement process. • To allow dynamic, semi-automatic or manual collection of money by means of electronic toll collection (ETC), prepaid cards, cash, etc. • Provides online feedback to plaza level for shift information & device status. Objectives
Plaza Level Plaza Applications Admin Validation Reporting Cashup PoS LSDU UtilityTools Back Utility Inventory Maintenance
Host Level • Host level is a data concentration point for multiple toll plazas. • To centralize the relevant information from all other levels. • To provide administration and configuration • capabilities. • To provide centralized user and privilege definition. • To allow for the definition of frequent users, means of payment, etc • Provides overall MIS for centralized control. Objectives
USPs FIAOS(Fraud and internal Audit online System): for checking the performance of the operator and AVC. Also checking for any closed lane violation MIAG(Management information at a glance): An online application available on web as well as on a tablet to show the various configurable statistics from the toll operations like total traffic ,revenue and exceptions etc FIAOS Real Time validation MIAG AMDAC Preventive maintenance schedules through AMDAC for better system performance
Real Time Validation • Real Time Incidents and Respective checks on LSDU • Real Time Validation of transactions • Independent AVC with Independent server
MIAG - WEB Total Traffic Exemptions Violations
FIAOS: Fraud & Internal Audit online System • Record and time stamp all individual vehicle records including classification of vehicle, lane number.
FreeFlow Video Traffic Analyzer & Enumerator Real-Time vehicle classification and enumeration system specifically designed to detect and track vehicles of heterogeneous nature. It can retrieve and process data through two ways: A video play Camera live feed This feature enables the user to examine the existing as well as live data streaming.