Mobile Communication-Based Intelligent Traffic Prioritization System and Method

Abstract

This invention relates to a system (1) and method (1000) that enables the dynamic management of the green wave on the route by integrating with traffic control infrastructures via mobile communication infrastructure, such as emergency vehicles such as ambulances, fire trucks, law enforcement vehicles and authorized individual vehicles. The invention transmits vehicle location, speed information and route data in real time using 5G URLLC - Ultra Reliable Low Latency Communication infrastructure and ensures uninterrupted transportation by synchronously controlling traffic lights (2).

Description

1 TARIFF Mobile Communication-Based Intelligent Traffic Prioritization System and Method Technical Area This invention is suitable for emergency vehicles such as ambulances, fire trucks, and law enforcement vehicles, and authorized vehicles. individual vehicles, via mobile communication infrastructure, with traffic control infrastructures 5 by working in an integrated manner, the green wave along the route is managed dynamically. It is related to a system and method that provides this. State of the Art Nowadays, emergency vehicles generally have priority in traffic;  sirens and visual warnings, i.e. manual road clearing, 10  limited number of fixed traffic light priority systems  Local and independently operating traffic control systems This is provided by. The main shortcomings of these methods are:  Lack of real-time communication between traffic lights and vehicles, 15  Lack of centralized and coordinated operation of systems,  failure to optimize traffic flow beforehand,  It is dependent on the human factor and requires drivers to yield the right of way.  Inability to dynamically manage emergency vehicle routes It is in the form of 20. As a result, critical time losses occur during emergencies. Patent application number TR2026 / 006579, which is included in the prior art. the document describes an RGB LED-based, multifunctional and intelligent traffic signaling system. This is explained in the relevant application document. The structure described is especially relevant for colorblind individuals. Symbol support to facilitate visual distinction, varying light intensity, and emergency 25 It aims to maximize traffic safety through intervention modes. The structure in question is intended for emergency vehicles such as ambulances, fire trucks, and law enforcement vehicles. 2 Authorized individual vehicles, the green wave along the route dynamically It does not offer a solution that enables its management. In conclusion, solutions that address the needs described above are relevant to the subject. Due to its shortcomings, it has become necessary to make improvements in the relevant technical field. Brief Description of the Invention 5 The invention was created by drawing inspiration from existing situations and overcoming the aforementioned drawbacks. It aims to solve the problem. The purpose of this invention is to enable emergency vehicles such as ambulances, fire trucks, and law enforcement vehicles, and Authorized individual vehicles, traffic control via mobile communication infrastructure. By working in integration with their infrastructure, the green wave along the route is dynamically 10 It is about establishing a system and method that enables its management. This invention is relevant to ITS - intelligent transportation systems, particularly 5G mobile telecommunications infrastructures, It is used in the fields of autonomous vehicle technologies and urban infrastructure management. The invention utilizes 5G URLLC - Ultra Reliable Low Latency Communication infrastructure to create a vehicle. It transmits location, speed information and route data in real time and synchronizes traffic lights. By controlling it in this way, it ensures uninterrupted transportation. Invention;  Ultra-low latency communication with 5G support,  V2X – Vehicle infrastructure integration,  Real-time traffic light control, 20  dynamic route optimization,  Traffic forecasting and preparation using artificial intelligence.  autonomous vehicle integration It provides advantages in the following ways. In addition, the invention; 25  Shortening the time it takes for ambulances to reach the patient and return to the hospital,  Reducing the response time of firefighters and security forces,  minimizing traffic accidents and congestion and 3  not only turning on the lights but also creating a green corridor along the route creation It performs its functions. The structural and characteristic features and all the advantages of the invention are given in the figures below. Thanks to the detailed explanation written with references to these figures, 5 is clearer. This will be understood, and therefore the evaluation should also take these forms and detailed explanations into consideration. It needs to be done by taking precautions. Figures that will help understand the invention. Figure 1 is a schematic representation of the system that is the subject of the invention. Figure 2 shows the flowchart of the method described in the invention. 10 Explanation of Part References 1. System 2. Traffic light 3. 5G network 4. Communication module 15 5. Traffic management platform 6. Decision engine 7. Control unit 8. Feedback module Method 20, Number 100 1001. Emergency triggering by the communication module on the emergency vehicle. and location, speed, and destination information are transmitted to the 5G network. 1002. Ensuring low-latency data transmission via the 5G network. 4 1003. Obtaining vehicle data from the traffic management platform and centralizing it. processing 1004. Traffic congestion analysis is performed using an artificial intelligence decision engine to determine the most suitable option. route determination 1005. Dynamically adjusting traffic lights along the route via the control unit. turning green 1006. Synchronized green lights along intersections and traffic lights via the control unit. creation of the corridor 1007. Real-time monitoring of system performance and traffic via the feedback module. According to the flow, the artificial intelligence decision models in the decision engine are continuously updated to 10. updating Detailed Description of the Invention In this detailed description, the system (1) and method (1000) that are the subject of the invention are preferred. Their structures are explained solely to facilitate a better understanding of the subject. This invention is suitable for emergency vehicles such as ambulances, fire trucks, and law enforcement vehicles, and 15 authorized vehicles. individual vehicles, through mobile communication infrastructure, with traffic control infrastructures by working in an integrated manner, the green wave along the route is managed dynamically. It is related to a system (1) and method (1000) that provides. The invention utilizes 5G URLLC - Ultra Reliable Low Latency Communication infrastructure to create a vehicle. It transmits location, speed information and route data in real time and synchronizes traffic lights (2) 20 By controlling it in this way, it ensures uninterrupted transportation. Invention;  Ultra-low latency communication with 5G support,  V2X – Vehicle infrastructure integration,  Real-time traffic light (2) control, 25  dynamic route optimization,  Traffic forecasting and preparation using artificial intelligence.  autonomous vehicle integration It provides advantages in the following ways. In addition, the invention;  Shortening the time it takes for ambulances to reach the patient and return to the hospital,  Reducing the response time of firefighters and security forces,  Minimizing traffic accidents and congestion and 5  not only the traffic light (2) is turned on, but also the green light along the route creation of the corridor It performs its functions. The system, schematically shown in Figure 1 (1);  traffic lights that provide physical traffic flow and create green corridors (2), 10  Low latency data between the status / authorized individual vehicle and the system (1) elements 5G network that provides communication (3),  Emergency trigger, location, speed and target information located on the vehicle The vehicle's location, speed, and target information are used to create a 5G network. (3) communication module (4), 15  Collecting the vehicle's location, speed and target information transmitted from the communication module (4), Traffic management platform (5) which operates and provides system (1) coordination,  traffic density, working on the data in the traffic management platform (5) by performing an analysis of the current traffic, it makes route and prioritization decisions. By analyzing the situation, it determines the most suitable route, and this route is 20 artificial intelligence decision generating commands to control the traffic lights (2) on it engine (6),  For dynamically controlling and directing traffic lights traffic at the relevant intersections according to the commands generated in the decision engine (6) used. control unit (7) and 25 which turn its lights (2) to green in a synchronized manner  Dynamically monitors the system (1) performance and makes decisions as the vehicle moves feedback module (8) which continuously improves the artificial intelligence model (6) in its engine It includes. The method used by the system in question (1) (1000); 6  Emergency status of the communication module (4) on the emergency vehicle triggering and transmission of location, speed, target information to the 5G network (3) (1001),  Ensuring low latency data transmission through the 5G network (3) (1002),  Obtaining vehicle data by the traffic management platform (5) and in a central structure processing (1003), 5  By analyzing traffic density through the artificial intelligence decision engine (6), the most Determining the appropriate route (1004),  Dynamic control of traffic lights (2) on the route via control unit (7) turning green (1005),  Synchronize 10 along intersections and traffic lights (2) via control unit (7). creation of green corridor (1006) and  Instantaneous monitoring of system (1) performance via feedback module (8) and According to traffic flow, the artificial intelligence decision models in the decision engine (6) are constantly changing. updated in this way (1007) It includes the steps of the process (Figure 2). 15 The communication module (4) on the vehicle transmits the vehicle's location, speed and target information to the 5G network. (3) transmits to the traffic management platform (5). The artificial intelligence decision engine (6) is available By analyzing traffic conditions, it determines the most suitable route and the routes along that route... It generates commands to control the traffic lights (2). The control unit (7) acts according to these commands. The traffic lights (2) at the relevant intersections turn green in a synchronized manner. 20 The system (1) is updated dynamically as the vehicle moves and along the route It ensures a seamless transition. The feedback module (8) monitors the system (1) performance and It continuously improves its artificial intelligence model.

Claims

7 REQUESTS 1. Traffic lights that provide physical traffic flow and create green corridors (2), status / low latency data communication between authorized individual vehicle and system (1) elements The 5G network (3) provides emergency triggering, location, speed and Used to generate target information, the vehicle's location, speed, and target 5 to the communication module (4) which transmits its information over the 5G network (3), from the communication module (4) The system collects, processes and transmits the location, speed and target information of the transmitted vehicle (1) emergency traffic management platform (5) which provides coordination vehicles and authorized individual vehicles, mobile communication infrastructure By working in integration with traffic control infrastructures, green 10 along the route It is a system (1) that enables the dynamic management of the wave, and its feature is;  traffic density, working on the data in the traffic management platform (5) by conducting the analysis, the existing By analyzing traffic conditions, it determines the most suitable route, and this route... artificial intelligence that generates commands to control the traffic lights (2) on it 15 decision engine (6),  For dynamically controlling and directing traffic lights used, according to the commands generated in the decision engine (6) at the relevant intersections Control unit (7) which turns the traffic lights (2) green in a synchronized manner and  Dynamically monitors the system (1) performance as the vehicle moves and makes decisions 20 feedback module that continuously improves the artificial intelligence model in its engine (6) (8) It includes.

2. Emergency vehicles and authorized individual vehicles, mobile communication By working in integration with traffic control infrastructures through its infrastructure, route 25 a method that enables the dynamic management of the green wave on it (1000) Its characteristic is;  Emergency status of the communication module (4) on the emergency vehicle triggering and transmission of location, speed, target information to the 5G network (3) (1001),  Ensuring low latency data transmission via 5G network (3) (1002), 30  Obtaining and centralizing vehicle data by the traffic management platform (5) processing in the structure (1003), 8  By analyzing traffic density through the artificial intelligence decision engine (6), the most Determining the appropriate route (1004),  through the control unit (7) the traffic lights (2) on the route dynamically turning green (1005),  through the control unit (7) along the intersections and traffic lights (2) 5 creation of synchronized green corridor (1006) and  Instantaneous performance of system (1) via feedback module (8) AI decision in the decision engine (6) based on monitoring and traffic flow continuous updating of models (1007) It includes the steps of the process. 10

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