Automatic Toll Collection System

Abstract

Delay at tollbooths is nowadays quite common in almost all the major highways. This leads to increases in congestion, inconvenience and fuel consumption. Automatic Toll Collection System brings a new idea to eliminate the delay at tollbooths. Here a micro controller based automatic system using infrared sensors is being utilized. IR sensors have been used as these are economical, have perfect line of sight, hence less interference. Automatic toll collection system aims to collect toll from the vehicles without making the vehicle stop at the tollbooth. Each user is provided with a module that is to be mounted on the windshield of the vehicle which consists of transmitter, receiver, microcontroller and a LCD unit. The toll booth is equipped with another module for collecting toll from each user. The computer at the toll booth holds the database consisting of details regarding each user along with a unique code. The Automatic Toll Collection System include benefits to both toll authorities and facility users, in terms of time and cost saving, improved security, increased capacity and greater convenience

Authors and Affiliations

Abel Shajan

Keywords

Related Articles

Survey Of Enterprise Content Managemnet On Cloud

At present, the attention of many organizations concentrates on the Enterprise Content Management System (ECM). Unstructured content grows exponentially, and Enterprise Content Management system helps to capture, store,...

Application of Molecular Biology in the Wastewater Treatment

Due to the huge structural complexity of granular sludge and the many trophic interactions among the microbial populations required to transform complex organic matter into biogas (CO2 and CH4), the microbial ecology of...

Identification of the Areas of Students Difficulties in Chemistry Curriculum at the Secondary School Level

This study focused on identification of difficult chemistry topics on the secondary school curriculum. Three research questions and one hypothesis guided the study. A structured questionnaire was used to obtain data from...

THE SECOND HANKEL DETERMINANT FOR A CLASS OF SPIRALLIKE FUNCTIONS DEFINED BY HOHLOV OPERATOR

LetAdenotes the class of normalized analytic functions of the form, f(z) = z + X∞ k=2 akz k (1.1) where, z ∈ E {z : z ∈ C & |z| < 1} (1.2) LetSdenotes the class of all functions inAwhich are univalent. Robertson [14] int...

A Comparative Study between Waterfall and Incremental Software Development Life Cycle Model

Software development life cycle or SDLC for short is a methodology for designing, building, and maintaining information and industrial systems. There are various SDLC models widely used for developing software. SDLC mode...

Download PDF file
  • EP ID EP239774
  • DOI -
  • Views 149
  • Downloads 0

How To Cite

Abel Shajan (2015). Automatic Toll Collection System. International journal of Emerging Trends in Science and Technology, 2(4), 2242-2247. https://europub.co.uk/articles/-A-239774