AI-POWERED REAL-TIME MATCHING, GUIDANCE, AND INTERACTION WEARABLE PARTICIPANT MATCHING SYSTEM AND METHOD

Abstract

The invention is a system (10) that provides real-time matching and guidance among participants in events with a high number of participants such as fairs, conferences, summits, networking events, investor meetings, technology launch days, concerts, festivals and similar events, and includes a central server (11) where user profiles, projects, patents, etc. technical / commercial data are collected, processed and match calculations are performed, an artificial intelligence system (12) that analyzes participant data and determines similarity or strategic complementarity relationships between users and generates match scores, at least one mobile interconnection device (14) that communicates wirelessly with the central server (11) and transmits match data, a wireless communication module (15) that provides short-range data transmission and allows the detection of physical proximity between participants, and a wearable device (16) carried by the participant that receives match data and guides the user.

Description

1 TARIFF AI-POWERED REAL-TIME MATCHING, GUIDANCE, AND AN INTERACTIVE WEARABLE PARTICIPANT MATCHING SYSTEM AND METHOD 5 TECHNICAL FIELD The meeting included events such as fairs, conferences, summits, networking events, investor gatherings, and technology presentations. the day, concerts, festivals and similar events with a high number of participants 10 Real-time, automated, and data-driven matching among participants in their respective fields. It is related to a system and method that enables its establishment. The invention specifically addresses static information about participants that is only stored in a database. by preventing this information from remaining as it is, it becomes meaningful, measurable, and 15 in the physical environment. a system that enables it to be transformed into a guiding interaction mechanism and It is related to the method. STATE OF THE ART Trade fairs, conferences, summits, networking events, investor meetings, technology launch days, The most important event in concerts, festivals and similar venues with a high number of participants One of the expectations is that participants will share their own areas of interest, expertise, projects, investments, It is about being able to reach individuals and organizations that align with their technical needs or business objectives. However, in the current situation, these processes often proceed randomly. 25 Participants were asked who among a large number of people in a physical setting were truly for them. They wander around without knowing if it's appropriate, often failing to notice potential collaborations. He completes the activity without doing anything. The participant lists, business card exchange, and QR code-based 30 applications currently used While dating systems or mobile event applications offer a certain level of benefit... Most of these systems force the user to take active action. The user opens the relevant application, reviews profiles, applies filters, and makes connections. This requires either sending the request or physically finding the other party. 2 This creates a significant loss of time, especially at busy and crowded events, and This reduces the rate at which users find accurate matches. Another significant problem with the current technique is that the valuable information participants possess... The inability to make the data usable in a physical environment. A participant's digital 5 His profile includes his area of ​​expertise in technology, patents he holds, and projects he has undertaken. investment opportunities, the sector in which it operates as a producer, or the complementary collaborations it seeks. Information may be included. However, this data is only available as viewable information. this information remains the same when participants are together in the same physical environment. It is not possible to evaluate it dynamically. On the other hand, the existing 10 solutions consider users' physical proximity, their presence within the same area, A system that evaluates both the level of mutual compatibility and the matching value. It does not offer. Therefore, two that have high commercial or technical value for each other. Participants can spend hours in the same environment, but without knowing about each other. They can leave the event. 15 The shortcomings encountered in the relevant technical field within the scope of current practices are as follows: It can be summarized as follows: - The passive nature of the systems: the vast majority of existing solutions are passive in structure; It merely provides data to the user but does not actually engage the user in any way. It does not provide guidance. - Inability to integrate with the physical environment: the suggested matching solutions are physical. It is not synchronized with the environment. Therefore, the appropriate person is nearby at that moment. Real-time signals regarding this cannot be generated. - Superficial data processing: in current solutions, systems usually only process basic 25 taking profile information into account, in-depth technical and commercial data with artificial intelligence. It does not generate intelligent matches by processing data. - Lack of integrated structure: current solutions lack the ability to integrate digital data with real-time physical interaction. transforming, processing participant proximity and matching score together, and There is no integrated infrastructure that conveys this information in an intuitive language. 30 - Exclusion of wearable devices: Wearable technologies are already... focused on areas such as health tracking, sports or payments; participant It is not used as a decision support tool at the matching stage. 3 Ultimately, the problems mentioned above, which cannot be solved with current technology, are related. This has made it necessary to make an innovation in the technical field. A BRIEF DESCRIPTION OF THE INVENTION The present invention eliminates the aforementioned disadvantages and the related technical AI-powered real-time technology developed to bring new advantages to the field. Bluetooth-based wearable smart devices that enable participant pairing, routing, and interaction. It relates to the bracelet system and method. The main purpose of the invention is to create a suitable environment for fairs, conferences, summits, networking events, and investor meetings. In high-attendance settings such as technology launch events, concerts, and festivals, common interests enabling participants with expertise in fields such as artificial intelligence and wearable technology to come together. The goal is to establish a supported, measurable, and guiding interaction mechanism. Another purpose of the invention is to create a system that only stores or processes participants' digital data. Instead of presenting a structure that lists data, it presents this data in real-time in the physical world. transforming the participant's environment, the people around them, and By considering their potential for matching together, they create a concrete signal of interaction. to create. 20 Another purpose of the invention is to prevent the user from constantly looking at the phone screen or manually It is suitable thanks to a system that works in the background without needing to do any filtering. to identify matches and display the result directly to the user via a wearable device. This is to transmit information. This provides both ease of use and is especially beneficial in high-activity situations. 25 It increases the actual usability of the system in their environments. Another aim of the invention is to provide an AI-powered matching mechanism. bringing together not only similar profiles, but also complementary profiles. This enables a technology developer to connect with 30 companies that can commercialize that technology. an industry representative, an entrepreneur seeking investment, or an investor active in the relevant sector. A strategic partnership between a patent-holding researcher and a company with licensing potential. They can be matched on the basis of complementarity. 4 Another aim of the invention is to allow the use of different signal patterns for different types of mating. by enabling the user to understand not only the existence of a match but also its quality. The goal is to ensure compatibility. For example, a different color for high technical compatibility, and a different color for investment compatibility. a vibration pattern, different light intensities for social interest matching It can be defined. 5 Another objective of the invention is to design the system in a modular structure. Its components can be customized according to different event types; fair, conference, campus The event can be adapted to scenarios such as investor days or concerts. The best way to utilize the advantages of the existing invention, together with its structure and additional elements. For understanding, it should be evaluated together with the figures explained below. is necessary. BRIEF DESCRIPTION OF THE FIGURES 15 Figure 1 is a schematic view of the system described in the invention. REFERENCE NUMBERS System 20 11 Central Servers 12 Artificial Intelligence Systems 13 Databases 14 Mobile Interconnect Devices Wireless Communication Module 25 16 Wearable Devices 17 Warning Mechanisms DETAILED DESCRIPTION OF THE INVENTION This detailed explanation aims to provide a better understanding of the innovation in the invention. This is explained with examples that will not create any limiting effect. The system subject to the invention (10); collection, analysis and matching of participant data calculating scores and converting these results into physical stimuli It is an integrated structure. Figure 1 shows a schematic view of the system in question. Accordingly, the system (10); - Technical / commercial data such as user profiles, projects, patents and similar information are collected, 5 where it is processed and stored, and where matching calculations are also performed. a central server which also functions as a central control unit (11), - Analyzing participant data to identify similarities and / or differences between users. multi-parameter based on identifying strategic complementary relationships an artificial intelligence system that generates matching scores by making evaluations (12), 10 - User profiles, technical information, matching data, and system outputs. stored in a structured form, playing a critical role for system continuity. database (13), - Carried by the participant, receiving matching data and providing a physical alert. wearable device that transforms and guides the user (16), 15 - Color change, light intensity or located on the wearable device (16). transmitting matching information and quality to the user through vibration patterns warning mechanism (17) - Enabling data communication between the central server (11) and the wearable device (16), at least 20 that transmit matching data received from the server (11) to wearable devices (16) a mobile interconnect device (14), - It enables data transfer by providing short-range wireless communication, and a cable that helps in determining the proximity between participants communication module (15). Central server (11), with its database (13) and artificial intelligence system (12) It manages all data processing processes by working in an integrated manner. Mobile interconnect device (14) communicates with the central server (11) via internet protocols, wearable The device (16) establishes a connection with the wireless communication module (15). Wireless communication module (15), preferably using Bluetooth infrastructure, transmits data to the wearable device 30 (16) enables transmission and measurement of distance between devices. Wearable The device (16) converts the data it receives into a physical output via the warning mechanism (17). It completes user interaction by transforming it. 6 In an application example, the system (10) determines the physical proximity between participants. for the purpose of receiving signal strength data via the wireless communication module (15), It can preferably use the RSSI (Received Signal Strength Indicator) parameter. Artificial intelligence system (12), instant user density in the activity area, past matching By evaluating data, user interactions, and physical proximity information together, 5 The system (10) can dynamically update match scores. It is configured to scan a number of wearable devices (16), and is incorrect Filtering algorithms to reduce matches and latency-reducing data processing. It can include mechanisms. In addition, the wearable device (16) can reduce energy consumption. It can be configured to operate in low-power modes and in 10 different configurations. Different combinations of light, color, or vibration for matching priorities It can create. In an application example, the system (10) performs regional positioning within the activity area. In order to make this possible, beacon infrastructure, NFC-based authentication mechanisms or 15 It can be configured to work in conjunction with location zoning structures. The central server (11) can preferably be run on a cloud-based architecture. some data processing processes edge processing on mobile interconnect device (14) It can be implemented locally with the approach. The system (10), user 20 in order to increase privacy, they can use anonymous user identities. It can be configured and analyze past matching data to determine the next match. These processes may include learning mechanisms that can improve the accuracy of recommendations. In addition, the system (10) can synchronize user preferences through mobile application synchronization. Event schedule and match history in real time. It can be updated.” 25 The system (10) converts digital data into real-time physical routing. For this purpose, it operates in a continuous loop in the background. Participants access the system. The deep technical data recorded is analyzed by the artificial intelligence system (12) Matching criteria are being created for complementary profiles. Artificial intelligence 30 system (12), natural language processing, vector similarity analysis, semantic relationship analysis or multi It can generate matching scores using parameterized classification algorithms. In an application example, the system (10) does not directly compare similar areas of expertise; 7 complementary technical requirements, investment profiles, production capacities, or licensing. It can also consider potential users as a matching criterion. Wireless communication module (15) while participants are on the move in the event area Physical proximity is monitored via this method. Two compatible participants are placed 5 minutes apart. When approaching, the calculated match score is sent to the mobile search by the central server (11). This information is sent to the connection device (14). This information is instantly sent to the wearable device (16) is transmitted and the warning mechanism (17) is transmitted without expecting any manual action from the user. It intervenes and reports the existence and nature of the match. In one application, the system (10) sets a predetermined threshold for the matching score. the value being above and physical proximity within a certain distance range In case of occurrence, the warning mechanism (17) will be activated It can be configured. Thus, it can be configured for low-compatibility or physical This prevents unnecessary notifications from being generated for remote users. 15 The method implemented through the aforementioned system infrastructure is as follows: The process includes the following steps: - Entering participant data (profile, project, patent, etc.) into the system and centrally 20 Transfer to the database (13) on the server (11). - User data is analyzed by the artificial intelligence system (12) and strategic Defining the matching criteria and their weights. - Matching scores for pairwise combinations between participants Calculation and creation of suitable matching lists 25 - Physical proximity between participants in the event area via wireless communication Detection based on module (15). - When both the matching score and proximity criteria are met simultaneously, relevant participants are notified. through the warning mechanism (17) via the wearable device (16) (light or (vibration) warning is given. 30 The scope of protection of the invention is specified in the claims attached hereto, and these details are strictly adhered to. The explanation cannot be limited to those given for illustrative purposes. Because a technically skilled person... 8 the person, without deviating from the main theme of the invention, in light of what has been described above, similar It is clear that these structures can emerge.

Claims

9 REQUESTS 1. Fairs, conferences, summits, networking events, investor meetings, technology presentations. on the day, at concerts, festivals and similar events with a high number of participants A system that provides real-time matching and routing among participants 5 (10) and its feature is; - Technical / commercial data such as user profiles, projects, patents, etc. are collected. a central server where the processing and matching calculations are performed (11), - Analyzing participant data to identify similarities and / or differences between users. 10 multi-parameter based on identifying strategic complementary relationships an artificial intelligence system that produces matching scores by making evaluations (12), - Communicates wirelessly with the central server (11) and transmits pairing data. at least one mobile interconnect device (14), - Enables short-distance data transfer and physical interaction between participants. a wireless communication module that enables proximity detection (15) 15 And - Carried by the participant, it receives matching data and guides the user. a wearable device (16) It includes.

2. A system (10) that complies with Claim 1, and its feature is; user profiles, technical information and the central server (11) where the matching data is stored in a structured format. It includes an integrated database (13).

3. A system (10) that complies with claim 1 or 2, and whose feature is; 25 on a wearable device (16). located there and converting the matching information into a physical output, according to the nature of the match. notification through varying color changes, light intensity, or vibration patterns. It contains a warning mechanism (17) that produces.

4. A system (10) that conforms to any of the above requirements, and its characteristic is; word 30 The subject is the wireless communication module (15) preferably Bluetooth (BLE) infrastructure It is the use of.

5. Performed through the system (10) specified in any of claims 1 to 4, a method that enables real-time matching and routing of participants Its characteristic is; - Participant data is entered into the system and transferred to the central server (11) 5 transfer to the database (13), - Strategic matching by analyzing the data by the artificial intelligence system (12) determining the criteria and their weights, - Matching scores for pairwise combinations between participants Calculation and creation of suitable matching lists, 10 - Physical proximity between participants in the event area via wireless communication Detection based on module (15), - When both the matching score and proximity criteria are met simultaneously, relevant participants are notified. notification via a warning mechanism (17) through a wearable device (16) given 15 It includes the steps of the process.

6. This is a method compliant with Claim 5, and its characteristic is the detection and notification of the aforementioned match. processes by the system (10) without expecting a manual operation from the user It is performed in a continuous loop in the background. 20

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