Intelligent Transportation Management System

Introduction

Intelligent Transport System (ITS): is the integration of existing transportation infrastructure with modern information technology to support the management and operation of the transportation system.
The system is a combination of devices: sensors, electronics, computers, and telecommunications to connect vehicles, people, and transportation infrastructure into an information and telecommunications network for controlling, operating, and managing the transportation system.
ITS was created to solve the problem of collecting complete and accurate data in real-time to help manage and operate traffic effectively.

Solution Effectiveness

Computerization and Automation

Computerizing and modernizing traffic management processes on highways, national roads, and other major routes.

Save time and costs

Providing accurate and timely information helps traffic participants choose suitable routes, saving time and money.

Reduce traffic congestion and pollution

Timely traffic information helps traffic management reduce congestion and pollution.

Ensure Traffic Safety

Maximizing traffic safety, enhancing circulation efficiency, and ensuring smooth and uninterrupted traffic flow.

Develop management processes

Develop efficient management processes to reduce operational costs and optimize infrastructure planning and operation.

Data sharing integration

Scalable and integrable with other software systems. Provides tools for integrated data and information sharing.

Management Software Functions

Camera System Management

Real-time monitoring of traffic conditions: traffic flow, traffic incidents.
Full integration of camera images on the traffic control center’s monitoring screen.
Support for live viewing and playback of data transmitted from cameras.
Management of the CCTV system’s operating history: operation history, note history, and storage.
Support for monitoring, analysis, and traffic management solutions.
Provide traffic management tools to enhance management capabilities for government agencies.
Support data collection and processing, facilitating data sharing and connectivity with other systems.

VDS Management

Classifying vehicles on the road.
Controlling vehicle entry and exit on routes.
Collecting images, analyzing traffic flow, and traffic speed on the road.
Identifying abnormal conditions in accident-prone areas through undercover information and speed.
Supporting monitoring, analysis, and traffic management solutions.
Supporting data collection and processing, facilitating data sharing and connectivity with other systems.
Providing traffic management tools to enhance management capabilities for government agencies.

Electronic Display System (VMS,LCS)

Controlling and managing information displayed on electronic boards installed along the road from the traffic control center.
Setting up and editing traffic information and events to provide and display information such as traffic conditions, lane splitting plans, and alternative routes.
Monitoring the status and activity logs, allowing users to check the operating status of electronic boards on the road.
Supporting the setting up of automatic display schedules.
Supporting the setting up of default messages and information to save time and facilitate changes to information on the board.
Consolidating data for reporting and statistical Excel files.

Transmission System KTS

This is a fiber optic network backbone that connects on-road equipment to the central control center.
It consists of switching devices and a high-capacity, high-bandwidth fiber optic communication system.
The configuration includes two layers: a coaxial network layer and an access network layer designed in a ring topology.
The system performs specific functions including:

Transmitting multi-service networks over IP on fiber optic cables
Providing high-speed, high-bandwidth KTS transmission
Ensuring redundancy and failover in case of node failures
Guaranteeing data security and safety.

Weather Monitoring System

A system for measuring, collecting data, and forecasting weather conditions using monitoring devices and sensors.
The system comprises key components such as rain sensors, wind sensors, thermometers, surveillance cameras, and visibility sensors.
Specific functions include:

Real-time weather data collection, analysis, and processing
Issuing warnings in case of adverse weather conditions on the road
Generating and providing weather information to road users, operators, and management units
Ensuring traffic safety

Wall Control Management

Provides and displays images of traffic conditions on the road.
Manages detailed information and the operating status of the Wall.
Provides and displays detailed road maps.
Displays graphic representations of traffic conditions and traffic flow.
Displays diagrams to monitor the operating status of devices and transmission networks.
Manages new setups and controls applications running on the large display system.
Controls the display, allowing control of windows/layouts displayed on the large display wall.

Electronic Toll Collection System

Electronic Toll Collection system

A system that applies advanced, modern technology to automatically identify vehicles when passing through toll stations and deducts fees from the traffic participant’s account.

System Functions

– The toll system helps to manage roads quickly and effectively.

– Saves time, reduces traffic congestion, and decreases environmental pollution.

– Ensures the operation of toll collection.

Support Software

– Centralized management at the control center.

– Lane-based toll processing.

– Monitoring and post-audit verification.

– Reporting and statistical analysis.

– Intuitive and user-friendly software interface for easy operation.

Hệ thống kiểm soát tải trọng xe

Vehicle weight control system

The system performs the function of controlling vehicle weight through surveillance equipment, road-mounted sensors, and a central software system.

System Functions

– Overload vehicle control.

– Providing information and warning data to assist operators and management units in making timely, accurate, and visual decisions.

– Ensuring traffic safety.

– Supporting data aggregation and reporting tasks, such as overload reports.

System Components

– Weight sensors and vehicle detection devices.

– Data collection devices.

– License plate and lane observation cameras.

– System processing computer: Aggregates collected information and transmits it to the control center.

– VMS electronic signboards: Display warning information.

– System management software.