Ankara · Türkiye | +90 (312) 210 00 15
| Intelligent Transportation Systems | TREN
ISSD
Traffic Sensing, Analytics & Control Systems

VIERO-360Junction Turning Movement Analysis System

Analyze Junction Movements from a Single Point

VIERO-360 is an image-based traffic analytics system that analyzes images captured by a fisheye camera installed within an junction using AI-based algorithms and determines the movement directions of vehicles inside the junction.

The system detects vehicles entering the junction, tracks their movements within the junction, and generates turning movement distribution data showing where vehicles came from and which direction they proceeded. The resulting data is presented to operators instantaneously through the VIERO-360 interface software and can be transmitted to remote centers over a network connection.

3D Explore the Experience

Junction Turning Movement Analysis

VIERO-360 is an junction turning movement analysis system that monitors vehicle movements within an junction using a single fisheye camera and determines vehicle entry and exit directions.

By detecting and tracking vehicles within the junction through image-based analysis, the system determines which junction approach each vehicle came from, the path it followed through the junction, and the approach through which it exited, thereby generating turning movement distribution information.

This enables right-turn, left-turn, and through movements at the junction to be analyzed instantaneously.

DATA PIPELINE — LIVEFISHEYE CAMERAmonitors the junction from a single wide-angle pointAI ANALYSISdetection · tracking · entry-exit directionTURNING DISTRIBUTIONright · left · throughINTERFACE + CENTERlive display · transfer over network
How It Works

From the junction to the center in six steps

FISHEYE — WHOLE JUNCTION100 M RADIUS ANALYSIS AREA
01 Traffic inside the junction is captured with a fisheye camera
Positioned to provide a wide-angle view of the junction center, the fisheye camera monitors the entire junction from a single point.
VIDEO STREAM — REAL-TIMEAIDATAAI-BASED VIDEO ANALYTICS PLATFORM
02 Images are analyzed using AI-based algorithms
Camera images are evaluated in real time using AI-based image analytics algorithms.
ENTRY DETECTION — AIVEHICLE 92%DAYTIME ACCURACY90%in-junction detection
03 Vehicles entering the junction are detected
Every vehicle entering the junction is identified through image-based analysis.
VEHICLE TRACKING — TRAJECTORIESEVERY VEHICLE IS TRACKED ON THE IMAGE
04 Vehicle movements are tracked through the image
The movements of detected vehicles within the junction are tracked through the image.
TURNING DISTRIBUTION — ENTRY / EXITDISTRIBUTIONRIGHT TURNTHROUGHLEFT TURN
05 Entry and exit directions are determined and turning movement distribution is generated
The approach from which each vehicle enters the junction and the direction in which it exits are identified; turning movement distribution data is generated for right turns, left turns, and through movements.
INTERFACE + TRANSFERVIERO-360 INTERFACECENTERconnection active
06 Results are displayed in the interface and transmitted to the center
Turning movement distribution data is displayed instantaneously in the VIERO-360 interface software; the resulting data is transmitted to a remote center over the network.

System Components

01
Fisheye camera
Provides a wide-angle view of the junction center and enables analysis within a 100-meter radius.
02
AI analytics algorithms
Analyze camera images in real time to detect and track vehicles.
03
VIERO-360 interface software
The junction image, detected vehicles, vehicle movements, entry and exit directions, and turning movement distribution information are presented to operators instantaneously.
04
Network connection
The resulting data can be transmitted to a remote center and used in centralized traffic analysis and management activities.

What data does VIERO-360 generate?

VIERO-360 converts vehicle movements within an junction into direction-based data.

Vehicle Detection Identifies vehicles entering the junction through image-based analysis.
Image-Based Vehicle Tracking Tracks the movements of detected vehicles within the junction.
Entry Direction Information Determines the approach from which a vehicle enters the junction.
Exit Direction Information Determines the direction in which a vehicle exits the junction.
Turning Movement Distribution Data Generates distribution information for vehicle right-turn, left-turn, and through movements.
Real-Time Junction Movements Presents directional movements within the junction to operators instantaneously through the VIERO-360 interface software.

Key Features

Junction turning movement analysis Wide-area imaging with a fisheye camera Analysis within a 100-meter radius AI-based image analytics Image-based vehicle detection Image-based vehicle tracking Determination of vehicle entry and exit directions 90% accuracy under daytime conditions 24/7 operation Instantaneous display of turning movement distribution data Transmission of data to a remote center over the network Free software updates during the warranty period

Where is VIERO-360 data used?

Turning movement distribution data generated by VIERO-360 can be used in different areas of traffic management and transportation planning.

Junction Movement Analysis
Determines vehicle right-turn, left-turn, and through movements within the junction.
Transportation Planning
Directional preferences at the junction can be used as a data source for transportation projects and road improvement studies.
Junction Design
Data on vehicle entry and exit directions supports the evaluation of junction geometry and approaches.
Traffic Modeling
Turning movement distribution data obtained from real junction movements can be used in preparing traffic models.
Traffic Analysis
Vehicle movements entering and exiting the junction can be compared across different time intervals.
Signalization Studies
Direction-based vehicle movements can provide data for preparing and evaluating signal plans.

Advantages

VIERO-360 enables vehicle movements within an junction to be analyzed using a single wide-angle camera.

Tracks junction movements through image-based analysis
Determines vehicle arrival and departure directions
Generates junction turning movement distribution data
Analyzes a wide area using a single camera
Shares data with operators instantaneously
Can transmit the resulting outputs to remote centers
Provides a continuous data source for transportation planning and traffic analysis
Helps determine directional preferences at junctions

Frequently Asked Questions

What does VIERO-360 do? +

VIERO-360 detects and tracks vehicles within an junction, determines where they came from and which direction they proceeded, and generates junction turning movement distribution data.

What camera technology does VIERO-360 use? +

The system analyzes images captured by a fisheye camera that provides a wide-angle view of the junction.

Which movements can VIERO-360 identify? +

VIERO-360 can identify vehicle right-turn, left-turn, and through movements according to their entry and exit directions within the junction.

What is VIERO-360’s analysis area? +

Under suitable positioning conditions, the system can perform analysis within a 100-meter radius.

What is VIERO-360’s accuracy rate? +

VIERO-360 can generate junction turning movement distribution information with an accuracy rate of 90% under daytime conditions.

Can VIERO-360 data be viewed in real time? +

Yes. Generated turning movement distribution data is presented to operators instantaneously through the VIERO-360 interface software.

Can VIERO-360 data be transmitted to a remote center? +

Yes. The resulting turning movement distribution information can be transmitted to a remote center over a network connection.

What is the difference between VIERO-360 and VIERO-AI? +

VIERO-AI produces traffic data such as vehicle count, density, occupancy, and average speed for a defined road section. VIERO-360 tracks vehicles within an junction and generates turning movement distribution information showing where vehicles came from and where they went.

Learn more about VIERO-360

Contact us to learn more.