At a glance
In today’s world, given the increasing traffic congestion, tackling vehicular offenses has become a significant concern for road authorities and traffic police. These offenses are generally categorized into two groups: moving violations and stationary violations. The Engineering Group at Sharif University of Technology introduces its product called the Automated Resident Vehicle Offense Registration System to address stationary offenses.
In 1397 (2018), the Connect Group equipped and introduced its first vehicular system to the market. Subsequently, various customized examples were designed and implemented for governmental and private organizations. This system has been installed and utilized on vehicles involved in projects related to stationary offense registration, peripheral parking projects, and urban parking space management. Depending on the project’s nature, these vehicles can be equipped with single-camera, dual-camera, or quad-camera models.
In this section, a sample video has been provided for further understanding and visualization of the system.”
Achievements
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“Registration in the International Intelligent Transportation Society (ITS) Forum in the United States A Type 1 Knowledge-Based Product Winner of three national Artificial Intelligence competitions Approved by the national Traffic Police
Software Features
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- Sending live images to the central server.
- Viewing live images from all installed cameras and their license plate reading methods.
- Reporting and viewing registered license plates.
- Downloading and saving report results on a flash drive or external memory.
- System alarms in case of camera, GPS, modem, or any hardware used in the vehicle being disconnected, which the vehicle’s operation depends on.
- Preferred use of Linux operating system.
- Accessing the system via mobile phone.
- Geographical positioning capability for recorded license plates and displaying them on the map.
- Recorded records include vehicle photos, cropped plate photos, time and date, geographical position, officer code.
- System access for up to ten users.
- Performance chart and accuracy percentage.
- Ability to recognize various types of plates, including military, army, governmental, free zone (F, Z, Sh, etc.), with an accuracy rate of over 98%.
- Ability to define different violation types, such as no-parking zones, bus stops, and disabled parking spots.
In this section, a video has been provided to provide a better understanding of the vehicle offense registration software.
Hardware Features
Hardware Requirements:
- Cameras should be processed either embedded or on a small-sized industrial computer. Having a computer case is not acceptable due to maintenance issues and high power consumption.
- The used monitor must be touch-sensitive and have an all-aluminum body. Its installation on the dashboard should be in a way that it doesn’t affect the connections at high speeds. The angle of the monitor should also be adjustable based on the conditions.
- The hardware used should be FANLESS, requiring no heat dissipation through fans.
- The vehicle used must be domestically produced (Samand, Peugeot 206, Peugeot Pars), and its color should be white.
- A traffic police insignia should be installed on the vehicle.
- It should have a hardware WatchDog that automatically resets the system in case of system hang.
Please note that the translation provided is a literal translation of the text you provided. Some technical terms might have specific translations that are more commonly used in the relevant context.
Hardware Features:
- Available in single-camera, dual-camera, and quad-camera versions.
- Resilience against the number of plates in the image.
- Available with IP66 housing.
- ۴٫۸ gigabit internal RAM memory.
- Core i5-i7 Intel UPL processor.
- Required voltage: 12 volts.
- Image quality: 5 megapixels.
- Image resolution: 2 megapixels.
- Focal Length capability ranging from 2.8 to 12 millimeters.
- Online updates and support.
Customers and Feedback
Satisfaction and Collaboration with Customers
Considering that all software and hardware components of this system have been designed by the technical team present at Sharif University, the possibility of adding any desired software and hardware features required by the customer is available.
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