Weigh Station Architecture - Brazil (V. Tani)

Luciano Kaesemodel. Helio Golstman. João Gabriel Crema. Keyla Junko Shinohara, M.Eng. Leonardo Guerson. Alexandre Hering Coelho, Dr.
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Weigh Station Architecture - Brazil Automated Integrated Enforcement Station Posto Integrado Automatizado de Fiscalização-PIAF

Weigh Station Architecture Automated Integrated Enforcement Station

This architecture aims at promoting compliance of traffic and transportation regulations comprehensively, including all activities of a Brazilian traditional weigh station with the necessary adaptations and improvements.

Weigh Station Architecture Automated Integrated Enforcement Station

• General aspects of Brazilian legislations: – 154 types of trucks plus; – Different size of vehicles with same number of axels; – WIM error class for Enforcement (under discussion by metrology department): • GVW – 0,5%; • Axle and grup of axle – 1%;

– Tolerance (under discussion by MT): • Per Axle – 7,5%; • GVW – 5%;

Enforcement Architecture Penalty Management Planning

AET

PNCT

OCC PIAF Infra

• Operating parameters

EPL

RFB

ANTT

PRF

• Support databases

• Operating parameters • Support databases • Audio/Video comm.

MT

External

DNIT

Model

• • • •

Penalty regulations Traffic counting Transportation events Operational indicators and pavement maintenance

Traffic Officer / Authority Central Regionals

Management of Operational data and UFRs penalty processing

Roadside Control Station

Enforcement Station

Roadside Escape Control

Customer Service

Measuring Equipment

Optical/Electronic Identification

Signaling

Vehicle data

Monitoring and Communication Systems

• Penalty regulations • Transportation events • Operational indicators and pavement maintenance • Audio/Video comm. • Video-monitoring • • • • • •

Vehicle identification Photo record Classification Weight Dimentions Pavement indicators

Weigh Station Architecture General

Weigh Station Architecture Roadside Control Station

Weigh Station Architecture Roadside Escape Control

Weigh Station Architecture Weigh Station

Weigh Station Architecture Operations Control Center (OCC) - Principal and Regional CCO Regional

• • •

Audio/video comm. Support databases Oper. parameters/orientation

• •

Oparational Indicators Audio/video communication

• •

Audio/video communication Oper. parameters/orientation

• • • • •

Audio/video comm. Videomonitoring Penalty record Operational indicators Transportation Events

CCO Central

• • •

Audio/video comm. Support databases Oper. parameters/orientation

UFR

Fiber optics

Weigh Station Architecture Penalty Processing, Traffic Data , Transportation Events

Penalty Processing • Information validation • Data complementation • Geração NA

PRF • Highway patrol Enforcement

Penalties

PIAF 1

PIAF 2

ANTT

Planning Management Reports

Traffic Data

PIAF 3

Statistical Analysis

Resource target determination

• Carrier enforcement • Freight evaluation

Transp. Events

PIAF ...

PIAF n

Related Efforts • PNCT - National Plan of Traffic Count: – 320 stations for comprehensive traffic data collection: • • • •

Count; Classification; Weight; Speed.

– Launched in December, 2012; – Investment: $41 million (3-year period).

Future Efforts • PNP – National Plan of Weighing according with new concept: – High speed pre-selection; – Weight – Count; – Classification; – Speed, statistic.

• To be launched by March 2013;

Staff Eng. Romeu Shiebe Neto General Coordinator of Road Operations - CGPERT/DNIT

Dr. Amir Mattar Valente General Coordinator of Labtrans - UFSC

Dr. Valter Zanela Tani Transportation Planning Manager of Labtrans - UFSC

Technical (Labtrans – UFSC) Flávio de Mori, Dr. Gustavo Garcia Otto, Msc. Luciano Kaesemodel Helio Golstman João Gabriel Crema

Keyla Junko Shinohara, M.Eng. Leonardo Guerson Alexandre Hering Coelho, Dr.