Signal Stabilization Technology for High-Speed ​​Motion

Abstract

The invention relates to signal stabilization technology used in telecommunications and mobile networking, which ensures uninterrupted signal connectivity for devices traveling in high-speed vehicles.

Description

1 TARIFF Signal Stabilization Technology for High-Speed ​​Motion Technical Area 5 The invention is used in telecommunications and mobile networking for travel in high-speed vehicles. Signal stabilization ensures uninterrupted signal connection between the devices. It is related to technology. State of the Art 10 Current signal transmission technologies offer some solutions for high-speed moving devices. There are significant shortcomings. • Handover Issues: Base stations in existing systems for fast-moving devices The handover process between signals may be insufficient. This can lead to signal interruptions and... It causes connection problems. 15 • Latency: In current systems, the speed of transitions between base stations is not sufficient. It is not optimized. This leads to increased delays, especially on high-speed vehicles like trains. Why does that happen? • Intermittent Connection: In traditional methods, communication with base stations depends on the user's speed and This is done without considering the location, which is insufficient for maintaining a constant connection. 20 • Lack of Efficiency: When the necessary signal stabilization for high-speed vehicles cannot be provided, The connection quality is declining and efficiency is decreasing, considering the aforementioned and current technology. Unresolved problems have made it necessary to introduce an innovation in the relevant technical field. The purpose of the invention is 25 The present invention aims to eliminate the aforementioned disadvantages and introduce new technologies to the relevant technical field. It relates to signal stabilization technology in order to bring advantages. The main purpose of the invention is to connect the signals of devices traveling in high-speed vehicles. The goal is to ensure uninterrupted protection. All the objectives mentioned above and those that will emerge from the detailed explanation below are 30 The present invention aims to realize this by enabling people traveling in high-speed vehicles, while in motion. signal stabilization technology that ensures uninterrupted signal connection. Its feature is that it has a speed and position sensing module that analyzes speed and position data to determine optimum AI algorithms analyze and determine the transition to the base station. AI that reduces connection drops by optimizing transitions between stations 35 The analysis module is based on the analysis results provided by the artificial intelligence analysis module. 2 Regulating transitions between stations, ensuring smooth and fast transitions. by providing, especially for high-speed moving devices, a reduction in transition time, thus improving the device's performance. The handover management module, which ensures an uninterrupted connection, uses artificial intelligence. The transition commands determined by the analysis module and the handover management module are sent to the device. transmitting and enabling these transitions, ensuring a stable connection during the transition process. 5 ensuring that data loss is prevented and that it is maintained in this way, through connections with base stations. devices that regulate communication, control signal transmission, and move at high speed. The communication and control module, which ensures the necessary connection continuity, improves the connection quality of the device. constantly monitoring and in case of any connection drops or signal weakening 10 that intervenes immediately when the device's connection speed drops or signal strength weakens. Link monitoring triggers the necessary commands to switch to an alternative base station. module, including speed and position sensing module, artificial intelligence analysis module, handover having at least one of the following: management module, communication and control module and link monitoring module, This includes mobile devices that move at high speed and demand constant connectivity. The advantages of the current invention, along with its structure and additional elements, can be best utilized in 15 years. For it to be understood, it must be considered together with the figures explained below. Ways to Help Understand the Discovery Figure 1 shows a general representation of the system that is the subject of the invention. Description of Part References 20 1. Speed ​​and position sensing module 2. Artificial intelligence analysis module 3. Handover management module 4. Communication and control module 5. Connection monitoring module 25 6. Mobile devices Detailed Description of Find In this detailed explanation, the signal stabilization technology discussed in the invention is not only a more advanced version of the subject. It is explained with examples that do not create any limiting effect on its better understanding. 30 Signal stabilization technology, speed and position detection module (1), artificial intelligence analysis module (2), handover management module (3), communication and control module (4), linkage monitoring module (5), It includes mobile devices (6). The speed and position sensing module (1) is high-speed of the mobile device (6). While moving at high speed, it continuously collects position and speed data, such as GPS and accelerometers. This data obtained through sensors depends on the speed of the mobile device (6) and its location 35 It provides precise information about the connection of the mobile device (6) with the base stations. 3 It is transferred to other modules to manage it properly. In this way, the speed of the mobile device (6) According to the connection transitions, they are planned in advance. The artificial intelligence analysis module (2) is in motion. analyzes the location and speed data of the mobile device (6) and the base station in the vicinity. taking into account the distribution of stations, the most suitable time to switch to the base station. It determines. Also, depending on the speed of the mobile device (6), switching to the next base station 5 It optimizes the timing. These analyses ensure that the mobile device (6) has the best signal level at any time. Because it's designed to ensure reliable connectivity, it minimizes connection drops. Handover management module (3), analysis provided by artificial intelligence analysis module (2) According to the results, it regulates the transitions between base stations. The mobile device (6) is located 10 factors such as location, capacity of nearby base stations, signal strength and speed of the mobile device (6) By considering the parameters, it ensures that transitions occur smoothly and quickly. This module reduces the transition time, especially for high-speed mobile devices (6). By shortening, it ensures that the mobile device (6) has an uninterrupted connection. Communication and control by module (4), artificial intelligence analysis module (2) and handover management module (3) It transmits the specified transition commands to the mobile device (6) and ensures that these transitions are implemented. This 15 The module ensures a stable connection during the migration process and prevents data loss. It also prevents this. At the same time, it regulates communication with base stations. It controls signal transmission and is necessary for high-speed mobile devices (6). It ensures connection continuity. The connection monitoring module (5) monitors the connection quality of the mobile device (6). It constantly monitors and alerts 20 in case of any connection drops or signal weakening. It intervenes immediately. For example, when the mobile device's (6) connection speed drops or the signal strength decreases. When it weakens, this module sends the necessary commands to switch to an alternative base station. triggers. In this way, the mobile device (6) has a stable connection even when moving at a fast pace. This ensures that the user experience is improved. Mobile device (6), high-speed moving and It is a device that needs uninterrupted connection. Mobile device (6), 25 between modules It supports AI-powered handover processes by providing coordination and connectivity. It consistently maintains its quality. It derives this quality from other components of signal stabilization technology. It switches quickly between base stations using data. Thus, mobile uninterrupted internet experience even when the device (6) is moving fast His survival is ensured. 30 35

Claims

4 REQUESTS 1. Traveling in high-speed vehicles, where the signal connection is uninterrupted while in motion. It is a signal stabilization technology that ensures its protection, and its feature is; speed and position sensing module (1), AI 5 that determines the optimal base station transition by analyzing speed and location data. It performs analysis using algorithms, optimizing transitions between base stations. AI analysis module that reduces connection interruptions (2), According to the analysis results provided by the artificial intelligence analysis module (2), base stations Regulating the transitions between them, ensuring that the transitions take place smoothly and quickly, By shortening the transition time, especially for high-speed moving devices, the device operates seamlessly for 10 minutes. handover management module (3) which enables it to have a connection Transition determined by the artificial intelligence analysis module (2) and handover management module (3) transmitting commands to the device and enabling these transitions during the transition process This ensures a stable connection and prevents data loss, based on... 15 that regulates communication with stations, controls signal transmission, and is high-speed Communication and control module (4) which provides the necessary connection continuity for moving devices. continuously monitors the device's connection quality and detects any connection drops or signal failures. It intervenes immediately in case of weakening, when the device's connection speed drops or the signal weakens, commands necessary to switch to an alternative base station when the power weakens. Triggering link monitoring module (5), 20 inside speed and position sensing module (1), artificial intelligence analysis module (2), handover management module (3), communication and control module (4), linkage monitoring module (5) at least one of them mobile devices that are located, move at high speed and demand constant connection (6) It includes.

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