Skip to main content

Evolution in web-based automatic parking systems

Automation and access control specialist, Came, introduced the next evolution of its PS One, the first automatic system for multi-level parking and reserved parking areas, with web-based technology and Ethernet interface. PS One is a modular solution specially designed to meet the typical needs of small, medium and large automated parking areas, ideal for enhancing the efficiency of the service while controlling operating costs and traffic safety. In addition to web-based technology, the hallmarks of t
March 28, 2014 Read time: 2 mins
Automation and access control specialist, Came, introduced the next evolution of its PS One, the first automatic system for multi-level parking and reserved parking areas, with web-based technology and Ethernet interface.
 
PS One is a modular solution specially designed to meet the typical needs of small, medium and large automated parking areas, ideal for enhancing the efficiency of the service while controlling operating costs and traffic safety. In addition to web-based technology, the hallmarks of the new automatic system include reading and recognition of international licence plates, the ability to record HD images of all sides of the vehicle and to read 2D barcodes from prints and mobile devices.

All elements of the parking system - pay stations, entrance and exit stations and displays - are connected to the Ethernet with TCP/IP protocol and managed through a central server that allows connectivity to an unlimited number of applications. Connectivity can be wire, fibre optic or wi-fi, offering numerous advantages for the design of both small and large installations. The SNMP protocol also allows remote interaction with all applications for any requirement, even if only for supervision purposes. The central server hosts both the relational database as well as the car park system management software. The application is completely web-oriented and clients can access it easily through web pages, without having to load software modules locally.

Related Content

  • October 24, 2017
    Carrida standalone, network-compatible ALPR systems for parking applications
    Vision Components’ modular Carrida automatic licence plate recognition (ALPR) software enables black list/white list access control, parking management, identification of vehicle types and colours and data logging. It can be networked with gates, barriers, ticket printers, under-vehicle scanners (UVSS) and other relevant equipment.
  • January 9, 2013
    Revcon installs HTS LPR systems in Chicago
    Revcon Technology Group, US-based turnkey parking systems provider, has installed licence plate recognition (LPR) systems from Hi-Tech Solutions (HTS), in several parking garages in Chicago. The LPR systems are integrated into a new overall parking management and revenue control system provided by TIBA Parking Solutions. Revcon says the HTS LPR system assists the garage operators to increase revenues with more accurate processing, auditing, control and billing functionality, as well as reduce loses due t
  • February 2, 2012
    ANPR developments in the Spanish market
    Gonzalo García Palacios, R&D engineer with Quality Information Systems, writes about ANPR developments in the Spanish market In an increasing number of countries, Automatic Number Plate Recognition (ANPR) systems are a growing market. They have become a fundamental part of many ITS systems, whether publicly or privately owned, and essential to any user which looks seriously to give the best services to its customers or wants to improve its facilities' performance.
  • June 30, 2016
    Machine vision’s transport offerings move on apace
    Colin Sowman considers some of the latest advances in camera technology and transport-related vision technology applications. Vision technology in the transportation sector is moving apace as technical developments on both the hardware and software sides combine to make cameras more multifunctional with a single digital camera now able to cover a multitude of tasks.