AI-BASED SIGNAL-PASSING SYSTEM THAT ENSURES MOBILE CONNECTIVITY CONTINUITY.

Abstract

This invention relates to a system (1) that prevents the interruption of mobile signal connection while in motion with the support of artificial intelligence.

Description

1 TARIFF ARTIFICIAL INTELLIGENCE ENSURES MOBILE CONNECTIVITY CONTINUITY. BASE-BASED SIGNAL SWITCHING SYSTEM Technical Area 5 This invention enables mobile signal connectivity while on the move, with the support of artificial intelligence. It relates to a system that prevents the cutting off of the power. Previous Tech 10 Existing mobile networks only switch over when user signal strength decreases. This transition is delayed and degrades the user experience. In some systems... beam switching or reactive wireless connectivity would be possible. These do not analyze user behavior in advance and prepare for the transition. 15 Therefore, considering the studies and shortcomings in the current technique... When this is the case, the signal can be transferred to another network without the mobile connection being interrupted. A system is needed that ensures continuity of connection through routing. It is understood. 20 United States Regulation US2023413152A1, which is included in the known state of the art. The patent document describes the movement of user equipment from a source network node to a target network. AI / machine learning-based mobility predictions of transitions to the node It explains how it is managed using a neural network. Within the system, 25 User equipment route, traffic conditions, radio resource management measurements, Its location and mobility status can be estimated; regarding the target network node. network resource capacity and services that can be provided after handover Quality / experience quality values ​​can also be taken into consideration. Additionally... Radio measurements to the machine learning model on the user equipment side, 30 Supporting information from the source network node and position / motion sensor. 2 By providing the measurements as input, the cell transition will be triggered or It is anticipated that the target cell where the action will be carried out will be determined. Source network The handover request between the node, the target network node, and the user equipment is accepted. Predictive link switching using handover and command messages. is being carried out. 5 Brief Description of the Invention The aim of this invention is to use artificial intelligence to track mobile signals while in motion. a system developed to prevent the connection from being interrupted 10 to accomplish. Detailed Description of the Invention The "Mobile Connectivity Continuity 15" project was carried out to achieve the purpose of this invention. The AI-based signal switching system providing this is shown in the attached document. this shape; Figure 1 shows a schematic view of the system that is the subject of the invention. The parts shown in the figure are individually numbered, and these numbers correspond to... The corresponding answers are given below. 1. System 2. Mobile Device 25 3. Server A. Base Station With the help of artificial intelligence, the loss of mobile signal connection while in motion is reduced by 30. The system in question, developed to ensure its prevention (1); 3 - communicating using any remote communication protocol to be and to be connected to base station (A) at least one configured mobile device (2), - being connected with the mobile device (2), the speed of the mobile device (2), Data such as location, orientation, and packet information used 5 to access, automatically identify the media type, mobile device (2) Predicting the direction of connection with the trend of movement, target-based station (A), hotspot or satellite link to determine, estimate low-level parallel connection with the target connection point to set up, mobile device (2) while using the active connection backup 10 keeping the connection on standby, mobile device (2) without the mobile to enable the device (2) to switch to the new connection, mobile device (2) to avoid packet loss during the transition to the new connection and configured to ensure uninterrupted connectivity It contains at least one server (3). 15 The mobile device (2) in the system (1) which is the subject of the invention, any remote communication Communicating using the protocol, connecting with base station (A) It is configured to be in a state and to connect with the server (3). In the system which is the subject of the invention, the server (3) located in (1) connects with the mobile device (2). being in this state, the speed, location, orientation of the mobile device (2) and the packet used Accessing data in the form of information, automatically identifying the media type, Estimating the direction of connection based on the movement tendency of the mobile device (2), target base 25 to identify station (A), hotspot or satellite link. is being configured. The server (3) is low with the estimated target port. to establish a parallel connection at the level, the mobile device (2) currently has an active connection Keeping the backup connection ready while using, mobile device (2) / user to enable the mobile device (2) to switch to the new connection without being noticed It is being configured. The server (3) and the mobile device (2) will connect to a new connection 30 4 to prevent packet loss and ensure uninterrupted connection. It is structured to provide this. The server (3) in the system (1) which is the subject of the invention uses artificial intelligence techniques 5. Deciding on intercellular transition and pre-preparing the target connection. It is configured to provide. The server (3) is active for the current connection. In this situation, artificial intelligence predicts the user's future movement and connection conditions. to predict based on, to determine the predicted target connection, the existing connection low-level / parallel connection with the target link while maintaining availability Initiate preparation, keep the target connection ready, suitable transition condition 10 when it occurs, to transfer the active connection to the prepared target connection. It is configured. The server (3) predicts the AI ​​transition of the target connection. in the form of technical control input that initiates preparation before it takes place enabling its use, at a low level with the predicted target connection point. Enabling a parallel connection while the user is already using the active connection 15 The backup connection is configured to be ready. Server (3), Predicting future connectivity needs, identifying the target connection to enable the identification of the target connection while the current connection is active. to ensure preparation and provide seamless transfer to the prepared connection. It is configured accordingly. The server (3) provides 20 real-time data. To evaluate user and network data using artificial intelligence and anticipate future needs. to ensure the preparation of the target link that is expected to be heard, to the user technical policy in determining the connection target and related service / package information It is configured to be used as input. Server (3), Candidate connectivity sources include; 4G / 5G (Generation) base stations, 25 wireless (Wi-Fi) access points, beam directions, and satellite access Evaluating different connection types in this way assesses connection continuity; Predicting future connection conditions, identifying the target connection, The target connection is prepared while the current connection is active; the active connection... The target connection is prepared in a way that will not cause any interruption for the user. to ensure transfer through successive technical stages, intercellular transfer By preparing the target connection before the need arises, the transition will occur. delay in establishing a new connection immediately and connection continuity It is structured to reduce [the impact of the virus]. Industrial application of the invention 5 In the system that is the subject of the invention, (1) mobile device (2) connects to the base station (A). While connected to the base station (A), the server (3) is running continuously in the background. new base stations (A) to which it can connect, user's location information It collects and extracts the appropriate conditions for a stable connection. The server (3) has 10 users. It receives packet information, mobile device (2) switching to different base station (A) is appropriate If seen, it creates a new connection in parallel. The mobile device (2) new base A connection is established between station (A) and the mobile device with which this connection is made. (2) / is not made noticeable to the user. The system in question (1) is within the scope of the Personal Data Protection Law (KVKK). It operates. Around these fundamental concepts, the invention focuses on "Mobile Connectivity Continuity". There are many different 20 related to the Artificial Intelligence Based Signal Passing System (1)” It is possible to develop applications, and the invention is illustrated with the examples described here. It cannot be restricted, it is essentially as stated in the claims.

Claims

6 REQUESTS 1. Mobile signal connectivity while on the move, with the support of artificial intelligence. Developed to prevent cutting; - communicating using any remote communication protocol 5 to be and to be connected to base station (A) including at least one configured mobile device (2); - being connected with the mobile device (2), the speed of the mobile device (2), data such as location, orientation and packet information used to access, automatically identify the media type, mobile device (2) 10 Predicting the direction of connection with the trend of movement, target-based station (A), hotspot or satellite link to determine, estimate low-level parallel connection with the target connection point to set up, mobile device (2) while using the active connection, backup keeping the connection ready, mobile 15 (2) without the mobile device noticing to enable the device (2) to switch to the new connection, mobile device (2) to avoid packet loss during the transition to the new connection and configured to ensure uninterrupted connectivity a system characterized by at least one server (3) (1).

2. Communicating using any remote communication protocol. being, being in contact with base station (A) and server (3) characterized by a mobile device (2) configured to make a connection A system like the one in claim 1 (1).

3. Being connected to the mobile device (2), the speed, location of the mobile device (2), Accessing data in the form of orientation and packet information used, environment to automatically identify the type, with the movement tendency of the mobile device (2) Estimating the connection direction, target base station (A), hotspot or 30 characterized by the server (3) configured to determine satellite connection. A system like the one in Request 1 or 2 (1). 7 4. Low-level parallel connection with the estimated target port. to set up, mobile device (2) while using the active connection, backup Keeping the connection on standby, notifying the mobile device (2) / user 5 Enable the mobile device (2) to switch to the new connection without causing any damage The above is characterized by the server (3) configured to do so. a system like any of the requests (1).

5. Packet loss when the mobile device (2) switches to a new connection to prevent this from happening and to ensure uninterrupted connection 10 from the above requests characterized by the configured server (3) a system like any other (1).

6. Using artificial intelligence techniques to make decisions about intercellular movement and 15 configured to ensure the target link is prepared in advance. in any of the above requests characterized by the server (3) such a system (1) 7. While the current connection is active, the user's future movements and Predicting connection conditions using artificial intelligence, projected target 20 determining the connection, while maintaining the availability of the current connection, the target to initiate low-level / parallel connection preparation with the connection, target Keeping the connection ready, activating when the appropriate transition condition occurs. configured to transfer the connection to the prepared target connection 25 in any of the above requests characterized by server (3). such a system (1).

8. AI prediction before the target connection transition occurs. to be used as a technical control input that initiates its preparation to provide, low-level parallel 30 with the estimated target connection point. 8 to establish a connection, while the user is using the active connection. with server (3) configured to keep backup connection ready as in any of the above characterized claims system (1).

9. To predict future connectivity needs, that is the goal. To enable connection identification, target while the current connection is active. to ensure the connection is prepared and to provide uninterrupted access to the prepared connection. characterized by the server (3) configured to provide transfer a system like any of the above requests (1). 10 10. Artificial intelligence uses user and network data obtained in real time. to evaluate based on and anticipate future needs of the target to ensure the connection is prepared, service / package related to the user Information regarding technical policy input in determining the connection target 15 the server (3) configured to enable its use in this way as in any of the above characterized claims system (1).

11. Candidate connectivity sources include; 4G / 5G base stations, wireless 20 different types of access methods include connection access points, beam directions, and satellite access. evaluating connection types, connection continuity; future predicting connection conditions, determining the target connection, target preparing the connection while the current connection is active, the active connection Target 25, designed to avoid any interruptions for the user. to provide through successive technical stages in the form of transferring to the connection, The target connection must be established before the need for intercellular transition occurs. by ensuring preparation, a new connection is established during the transition. configured to reduce delays and improve connection continuity. 9 in any of the above requests characterized by the server (3) such a system (1). 10 20 30

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