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TollChecker Future Proof Toll Collection Systems - Brintex

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Technical information<br />

<strong><strong>Toll</strong>Checker</strong><br />

<strong>Future</strong> <strong>Proof</strong> <strong>Toll</strong> <strong>Collection</strong> <strong>Systems</strong><br />

TraffiC TeChnology


intelligent Traffic Solutions<br />

for People on the Move<br />

<strong>Toll</strong>ing systems are being introduced all over the<br />

world to expand and maintain infrastructure. The<br />

mobility of all road users has high priority. Exact<br />

toll calculation, collection and enforcement are<br />

prerequisites for tolling systems to be accepted<br />

by both road users and the general public. The<br />

systems must operate safely, fairly and comprehensively.<br />

A high level of automation and high<br />

efficiency are further important factors. These<br />

goals must be achieved with free-flowing traffic<br />

and a minimum of additional technologies such as<br />

On Board Units (OBUs) and roadside installations.<br />

The <strong><strong>Toll</strong>Checker</strong> family of products provides the<br />

basis for the successful toll collection and enforcement;<br />

guaranteeing and improving mobility<br />

on busy roads: from country roads to motorways,<br />

in cities and at tolling stations. Vehicles are automatically<br />

detected, identified and classified.<br />

<strong><strong>Toll</strong>Checker</strong>’s simplified interfaces allow the products<br />

to integrate seamlessly into new and existing<br />

tolling systems, helping to unlock a range of<br />

application possibilities.<br />

All core technologies used in <strong><strong>Toll</strong>Checker</strong> systems<br />

have been directly developed by VITRONIC. This<br />

means that VITRONIC is able to offer customers<br />

made-to-measure solutions through intimate<br />

knowledge of all hardware and software system<br />

components, and the capability to supply these to<br />

the highest technological standards. A further benefit<br />

is that rapid and cost-effective maintenance<br />

are designed into the system from inception.<br />

Exceptional customer service standards complement<br />

these leading edge technologies.<br />

Modular design for all enforcement<br />

scenarios<br />

For interoperability, a key quality of <strong><strong>Toll</strong>Checker</strong> is<br />

the modular design with standardized subsystems.<br />

There are four major components to <strong><strong>Toll</strong>Checker</strong><br />

technology:<br />

• Detection • Identification<br />

• Communication • Classification<br />

The modular design results in a <strong><strong>Toll</strong>Checker</strong> solution<br />

for all toll enforcement scenarios<br />

• <strong><strong>Toll</strong>Checker</strong> freeflow for Multi-Lane Free-Flow<br />

<strong>Toll</strong>ing<br />

• <strong><strong>Toll</strong>Checker</strong> avc for vehicle classification at toll<br />

plazas<br />

• <strong><strong>Toll</strong>Checker</strong> city for urban congestion charging<br />

schemes<br />

<strong><strong>Toll</strong>Checker</strong> technology provides<br />

extensive statistical information<br />

which can be used for:<br />

• Monitoring of access in local traffic areas,<br />

such as transit prohibitions for heavy goods<br />

vehicles in residential areas.<br />

• Traffic counting (further divided into selected<br />

vehicle classes)<br />

• Travel time management and section speed<br />

monitoring<br />

• Homeland security


Detection<br />

The reliable identification and tracking of vehicles is<br />

the basic prerequisite for successful toll enforcement.<br />

<strong><strong>Toll</strong>Checker</strong> technology detects and tracks<br />

all vehicles, including those tailgating and traveling<br />

adjacent to each other – even through lane<br />

changes, under heavy traffic conditions, during the<br />

day and night and with adverse weather conditions.<br />

All at full motorway speeds.<br />

Communication<br />

Both microwave and infra-red DSRC communication<br />

modules that support international standards<br />

are integrated into the <strong><strong>Toll</strong>Checker</strong> system for vehicle<br />

communication. These modules are provided<br />

through major international partners. Transaction<br />

and evidence data can be transferred to backoffice<br />

systems or to mobile enforcement vehicles<br />

through established communication technologies.<br />

Widely accepted cryptographic measure for encryption<br />

and signing are applied to this data transfer.


identification<br />

If a vehicle cannot be identified using its OBU,<br />

<strong><strong>Toll</strong>Checker</strong> technology identifies international and<br />

inter-state license plates, even when color plates<br />

are used. During poor weather, bright sunlight or<br />

snow, VITRONIC achieves extremely high license<br />

plate recognition rates to minimize revenue leakage.<br />

Cameras, illumination and ALPR software are adapted<br />

from custom designed modules to meet the<br />

highest performance requirements.<br />

Classification<br />

The complete tolling solution including<br />

identification, detection, classification<br />

and communiction<br />

Reliable vehicle classification is essential for accu-<br />

rate toll collection and enforcement. <strong><strong>Toll</strong>Checker</strong><br />

technology provides full three dimensional (3D)<br />

classification. Along with the measurement of the<br />

vehicle length, width and height, the number of<br />

axles and the presence of trailers are detected.<br />

Bicycle racks and roof boxes are identified and, as<br />

such, do not result in incorrect classification. The<br />

classification unit is non-intrusive and requires no<br />

in-road equipment. All types of lane layouts can be<br />

covered, independent of the number of lanes or<br />

the width.


<strong><strong>Toll</strong>Checker</strong> freeflow<br />

A single gantry offers the complete solution for<br />

Multi-Lane Free-Flow tolling, without the need for<br />

in-road equipment. Combining vehicle detection,<br />

classification, communication and international<br />

license plate recognition, all vehicles are reliably<br />

detected, even in dense traffic or changing lanes.<br />

The flexible system design allows for multiple<br />

camera set-ups for different road formations and<br />

tolling modes.<br />

<strong><strong>Toll</strong>Checker</strong> freeflow can be combined with a variety of<br />

payment methods and only when a ‘non-payment’<br />

is detected is the passage report saved and sent<br />

to the back office for further processing. Payment<br />

is made at normal driving speeds, with no need to<br />

slow down. Unconstrained traffic flow eases mobility<br />

for all road users, reduces journey times and<br />

eradicates bottlenecks. Benefits for toll operators<br />

include industry-leading enforcement rates and<br />

lower investment and operating costs<br />

in comparison to other tolling solutions.<br />

<strong><strong>Toll</strong>Checker</strong> city<br />

Installed on a single mast, <strong><strong>Toll</strong>Checker</strong> city is easily<br />

integrated into congestion charging schemes.<br />

It takes into account the demands of the urban<br />

environment: traffic jams; parked and turning cars;<br />

road works and cyclists do not interfere with system<br />

operation.<br />

<strong><strong>Toll</strong>Checker</strong> avc<br />

Using laser-based technology to provide a real<br />

time three dimensional vehicle classification,<br />

<strong><strong>Toll</strong>Checker</strong> avc is ideally suited for the upgrading of<br />

existing toll plazas. As a vehicle approaches the<br />

toll booth, sensors generate a 3D model to determine<br />

each vehicle’s class and calculate the payment<br />

amount. After a short distance the height,<br />

width, number of axles and the presence of<br />

trailers and/or roof loads can be determined. The<br />

VITRONIC classification system separates vehicles<br />

traveling closely behind each other and operates<br />

effectively in stop-and-go traffic, even managing<br />

to distinguish reversing vehicles. This solution<br />

is installed adjacent to the lane and requires no<br />

in-road equipment or light barriers. Rapid processing<br />

reduces transaction costs and can speed<br />

up payments.


VITRONIC worldwide<br />

We are here for you today, on four different continents.<br />

Please contact us: we have solutions to your challenges.<br />

For a list of all contacts see www.vitronic.com<br />

VITRONIC Dr.-Ing. Stein<br />

Bildverabeitungssysteme GmbH<br />

Hasengartenstraße 14<br />

65189 Wiesbaden<br />

Germany<br />

Phone +49 (0) 611-7152-0<br />

Fax +49 (0) 611-7152-133<br />

www.vitronic.com<br />

sales@vitronic.com<br />

Wiesbaden, Germany - sales@vitronic.com<br />

Louisville, USA - sales.us@vitronic.com<br />

Melbourne, Australia - sales.au@vitronic.com<br />

Nottingham, Great Britain - sales.uk@vitronic.com<br />

Dubai, United Arab Emirates - sales.ae@vitronic.com<br />

Lyon, France - sales.fr@vitronic.com<br />

Riga, Latvia - sales.lv@vitronic.com<br />

Marrakech, Morocco - sales.ma@vitronic.com<br />

Penang, Malaysia - sales.my@vitronic.com<br />

Singapore, Singapore - sales.sg@vitronic.com<br />

2010/029 We reserve the right to make technical changes

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