A common system and method for processing location information generated for commercial applications and emergency calls in mobile communication systems.

Abstract

The mobile communication system (1) that provides communication services for mobile devices is a system that enables the common processing of location information generated for commercial applications and emergency calls in analytical systems. Its features include: location server (2) which provides location information for devices in the mobile communication system (1); analytical system (3) which enables the performance of analytical operations in the mobile communication system (1); preprocessing unit (4) which is located on the analytical system (3) and processes and enriches the location information transmitted by the location server (2); and location information routing unit (5) which is located on the preprocessing unit (4) and detects the location information records transmitted by the location server (2) according to their types and directs them to the flows developed for them.The mobile communication system (1) includes the database (6) which holds the location information records and all other statistical data generated by the location server (2) on the analytical system (3) in the mobile communication system (1), the reporting unit (7) which is responsible for reporting on location information related to emergency calls and commercial applications on the analytical system (3) in the mobile communication system (1), and the visualization unit (8) which is responsible for visualizing on location information related to emergency calls and commercial applications on the analytical system (3) in the mobile communication system (1).

Description

1 TARIFF Mobile communication systems are designed for commercial applications and emergency calls. location information common processing system and method Technical Area The invention is designed for commercial applications and emergency calls in mobile communication systems. a system that enables the common processing of location information in analytical systems and It is related to the method. 10 State of the Art Location information generated by mobile communication systems is used to make emergency calls. In addition to location tracking, it is also used for commercial applications. Location 15 reading and processing information and enriching it in a way that suits their purposes, mobile in the preprocessing units of analytical systems found in communication systems This is being carried out. This enriched information is then used in different reports and various other stages. Although used for visual interfaces, location servers are similar to those used in analytical systems. They are reached through various methods. 20 Analytical systems found in mobile communication systems are powered by location servers. by reading and processing location information that is generated and used for different purposes They can generate reports and visual interfaces in a way that suits their purposes. This generated position The information can be used to determine the locations of emergency calls made. such as making suggestions to users based on their location, like shopping campaigns. They can also be used for commercial applications for the purpose of being found. This generated location information is processed by location servers for various purposes. They are structured to have different structures and contents. Therefore, analytics 30 Location records are processed in the preprocessing units of systems in accordance with their intended uses. It needs to be processed and enriched in some way. This will allow for further processing in the later stages. The reports and visual interfaces to be created will use the separated and enriched information. They can be created. 35 2 Location information for emergency calls and location information used for commercial applications. one of the existing methods used for processing in the preprocessing units of analytical systems One of the methods is to use two different preprocessing units for two different types of location information. In this method... Location servers share location information for emergency calls. 5 when transmitting location information related to commercial applications to the preprocessing unit responsible for processing the information. They then transmit the location information related to commercial applications to a preprocessing unit responsible for processing it. Each Both preprocessing units process the location information transmitted to them and generate data for that location information. after passing through processing and enrichment flows, it is transferred to the analytical system's database. By sending this information, they prepare the system for subsequent reporting and visual interface processing. In this method, since the preprocessing flows for the two different location data are separate, the preprocessing steps are 10. It can proceed in a simple and straightforward manner. However, two different front-ends are required for two different pieces of location information. Since a processing unit is used, the cost of the analytical system is proportional to the size of the preprocessing unit. is increasing. Furthermore, as location information is used for different purposes, the priority given to it in the analytics system is growing. As the number of processing units increases, the cost increase in the analytical system will be even greater. is happening. 15 Another method currently being used is to perform a single preprocessing step for all location information. Using this unit, both location information for emergency calls and information for commercial applications can be accessed. The goal is to process and enrich location information by considering its structure and content. In this method, Because multiple pre-processing units are used, the cost in the pre-processing phase is 20 compared to other methods. it is decreasing, however, because the necessary parsing for processed location information is not fully performed. Reporting and visualization of location information for emergency calls and commercial applications. Interface design processes are becoming more complex. Reporting and visual interfaces. Database queries made during the creation process retrieve information related to location data. Since it will be more complex to obtain, the analytical system's database will require more than 25. More resources are required, which increases the cost of the analytical system. It increases in direct proportion to its size. The application numbered 2017 / 18415, which emerged as a result of technical investigations, is 30 Summary: "This invention is particularly useful for emergency situations such as police emergencies, when security-related problems arise." Time and location-based estimation of emergency calls to emergency response centers. It is related to a system that enables this." 3 As can be seen, the system is designed to predict emergency calls based on time and location. It relates to a system and also offers solutions to the disadvantages mentioned above. It does not mention a structure that could provide this. In conclusion, due to the negative aspects described above and the current solutions, topic 5 Due to its shortcomings, it has become necessary to make improvements in the relevant technical field. The purpose of the invention The invention represents a new breakthrough in this field, unlike the structures used in the current technology. The aim is to create a structure with different technical specifications that bring these elements together. The primary purpose of the invention is to enable location servers in mobile communication systems. Location data generated is used for analytics, emergency calls, and commercial applications. 15 that are processed automatically in a common way across systems and thus are cost-effective The goal is to develop a system and method that provides a solution. The aim of the invention is to address the problems in existing methods. Location used for emergency calls and commercial applications generated by servers. The data is instantly entered into the preprocessing unit of the analytical system according to the type of location information (20). redirecting them to different streams, thereby enabling their content to be processed by a common preprocessing unit. properly processed so that it can be easily used for reporting and visual interfaces in later stages. The goal is to develop a cost-effective system and method that enables its use. In the system and method described in this invention, location servers are used for both emergency calls and 25 They transfer the location information they produce for commercial applications to the common preprocessing unit of the analytics system. They transmit the location information that is present in the system, which is the subject of the invention, and which comes into play at this stage. The routing unit preprocesses emergency call data from incoming location information. while directing the emergency call location logs stream in the unit for commercial applications The generated location information is also routed into the location log stream for commercial applications. 30 Location information is a method for determining location records of the routing unit in mobile communication. This may vary depending on how the location servers in the system generate location records. Location servers make this distinction by adding prefixes to the names of location log files. 4 They were able to include information showing this difference in the location log files as well. They may have it. The location information routing unit will differentiate these methods. by developing it to support all of them and the method of parsing location servers It can be structured accordingly to provide flexibility. Location information for emergency calls is provided by an emergency call location system developed for them. After the records are processed and enriched according to the flow of information, they are then added to the analytical system's database. The server keeps an index containing records of location information for emergency calls. They are recorded along with all the necessary details. This ensures that emergency calls are properly documented. All reports and visual graphs generated for location information are based on 10 relevant location data. They are created without the need for complex database queries. Similarly, commercial Location information for applications is also processed in the preprocessing unit using commercial software developed specifically for them. Applications process and enrich location records according to the stream and database. They are stored in an index created on the server for location records of commercial applications. The data required for graphical interfaces and reports created for commercial applications is also 15. by retrieving data from the relevant index in the database without the need for complex database queries. is obtained. Thus, emergency alerts are issued by location servers in mobile communication systems. Location information generated for various purposes, such as calls and commercial applications, is used for analytics. 20 By being automatically routed to the relevant flows in a common preprocessing unit within the system They can be monitored with necessary reports and visual graphs. Emergency calls and commercial Because location records from applications are processed in different flows within a common preprocessing unit Cost-effectiveness is ensured in the preprocessing unit of the analytical system, as well as in the processing of the material. Because records are processed through separate streams and written to different indexes in the database, reporting and 25 Database queries become simpler during the visualization phase, and at this stage, the existing This also prevents the increase in database costs seen in other methods. Furthermore... Thanks to the location information routing unit, emergency situations are handled by location servers. Location information is generated and fed into the analytics system for a purpose different from calls and commercial applications. If sent, the relevant location information will also be directed to the workflow developed for them, enabling analytics 30. The system uses resources in both preprocessing and reporting and visualization phases. This can be achieved by providing support without causing an increase in costs. To fulfill the purposes described above, the invention provides communication for mobile devices. Commercial applications and emergency services in mobile communication systems providing services 35 the location information generated for calls is processed jointly in analytical systems. It is a system that provides; its feature is;  Location information that provides location data for devices in mobile communication systems. server,  5 that enable the performance of analytical processes in mobile communication systems analytical system,  Location server located on the analytics system in the mobile communication system The preprocessing unit processes and enriches the location information transmitted by the system.  Location located on the preprocessor and transmitted by the location server. Identify data records according to their types and organize them into workflows developed for them. guiding location information, guidance unit,  Location server located on the analytics system in the mobile communication system keeps location information records and all other statistical data generated by database  Emergency 15 located on the analytical system in the mobile communication system from reporting processes related to location information for calls and commercial applications responsible reporting unit,  Emergency situation located on the analytical system in the mobile communication system Visualization of location information related to calls and business applications. Visualization unit responsible for operations 20 It includes. 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 the figures, it becomes clearer. This will be understood, and therefore the evaluation should also take these figures and detailed explanations into account. 25 It must be done by taking it. Ways to Help Understand the Discovery Figure 1 shows a general representation of the system that is the subject of the invention. 30 Figure 2 is a schematic representation of the method described in the invention. The drawings do not necessarily need to be scaled and are necessary for understanding the invention. Details that are not present may have been overlooked. Furthermore, at least to a large extent... Elements that are identical or at least have substantially identical functions are numbered 35 It is shown. 6 Explanation of Part References 1. Mobile communication system 2. Location server 5 3. Analytical system 4. Pre-processing unit 5. Location information guidance unit 6. Database 7. Reporting unit 10 8. Visualization unit 1001. Emergency generated by the location server (2) in the mobile communication system (1). Pre-processing of location records of calls and commercial applications by the analytical system (3) to be sent to unit (4), 15 1002. The position information routing unit (5) located in the preprocessing unit (4), incoming position records in accordance with the location record detection method structured in the analytical system (3) detecting, 1003. Location information of detected emergency calls, location information routing. Emergency call location records on unit (4) by pre-processing unit (5) 20 redirection of the flow, 1004. Location information routing unit (5), detected commercial application location records, commercial applications location records stream on preprocessing unit (4) direction, 1005. In line with the flow of emergency call location records on the preprocessing unit (4) 25 Emergency call location records processed and enriched data of the analytical system (3) to be transmitted to the base (6), 1006. Commercial application location records, commercial located on the preprocessing unit (4). Applications process and enrich location data streams, then use this information for analytics. Transmission of the system (3) to the database (6), 30 1007. The reporting unit's (7) location regarding emergency calls and commercial applications. by obtaining the records from the relevant indexes on the database (6) both locations Generating reports related to the record type, 1008. The visualization unit (8) is suitable for both emergency calls and commercial applications. By pulling the location records from the relevant indexes on the database (6), both 35 Preparing the visual interfaces for the location recording type. 7 Detailed Description of Find In this detailed explanation, the preferred configurations of the invention are not merely for better understanding the subject. 5 for the purpose of understanding and without creating any limiting effect It is explained. The invention is for (1) commercial applications and emergency calls in mobile communication systems. a system that enables the generated location information to be processed in a common way in analytical systems It is related to the system and method. 10 The elements and functions used in the system and method that are the subject of the invention are as follows: Mobile communication system (1) is the system that provides communication services for mobile devices. Location server (2) provides location information for devices in the mobile communication system (1). It is the server that provides it. The analytical system (3) enables the performance of analytical operations in the mobile communication system (1). It is the unit that provides. 20 Pre-processing unit (4) is located on the analytical system (3) in the mobile communication system (1). It is the unit that processes and enriches the location information transmitted by the location server (2). The location information routing unit (5) is located on the preprocessing unit (4) and the location 25 They identify the location information records transmitted by the server (2) according to their types and themselves It is the unit that directs users to workflows developed for this purpose. The database (6) is located on the analytical system (3) in the mobile communication system (1) and Location information records and all other statistical data generated by the location server (2) 30 It is the unit that holds the data. The reporting unit (7) is located on the analytical system (3) in the mobile communication system (1), Reporting on location information related to emergency calls and business applications. It is the unit responsible for the operations. 35 8 The visualization unit (8) is on the analytical system (3) in the mobile communication system (1). location information related to emergency calls and commercial applications It is the unit responsible for visualization processes. The operating principle of the system that is the subject of this invention is as follows: 5 The flow in the method that is the subject of the invention is the location server (2) in the mobile communication system (1) Analytics of location records related to emergency calls and commercial applications generated by the company. It starts with the transmission of the system (3) to the preprocessing unit (4) (1001). After this stage, preprocessing The position information guidance unit (5), located in unit (4) and proposed by the invention, receives the incoming 10 Location records configured in the analytical system (3) location record detection method It detects in line with (1002). In the analytical system (3) the structured location record detection method, location servers (2) in mobile communication system (1) generating location record Although it varies depending on the method, it has flexibility in supporting different methods. The location information routing unit (5) receives the location information in accordance with the configured method. It identifies the type of records. In the next step, location information for the identified emergency calls, location data Emergency call location on preprocessing unit (4) by routing unit (5) The records are directed to the stream (1003). Then, the location information redirection unit (5), detection 20 Commercial application location records are processed on the preprocessing unit (4) for commercial applications. redirects to the location logs stream (1004). Emergency by location server (2) Location information is generated and fed into the analytics system for a purpose other than calls and commercial applications (3) If sent, the location information will be processed after the necessary flows for the relevant location information are developed. The necessary detections and directions are easily made by the guidance unit (5) and the analytical 25 The system’s support for (3) new location record types results in an increase in resource costs. It can be done easily without any reason. In the next stage, the emergency call location logs stream on the preprocessing unit (4) Emergency call location records processed and enriched in accordance with the analytical system (3) 30 They are transmitted to the database (6) (1005). Similarly, commercial application location records, Commercial applications located on the preprocessing unit (4) in accordance with the flow of location records After being processed and enriched, they are sent to the database (6) of the analytical system (3) (1006). In the next step, the reporting unit (7) provides the location of emergency calls and commercial applications. by obtaining the records from the relevant indexes on the database (6), both location records 35 It generates reports of the type (1007). Finally, the visualization unit (8) generates reports for both emergency situations. 9 Location records for both calls and commercial applications are located on the database (6). It prepares visual interfaces for both location record types by pulling data from the relevant indices (1008). Thus, the emergency information generated by the location servers (2) in mobile communication systems (1) Location information is used for different purposes, such as status calls and business applications. 5 processed and presented to system administrators and end users through reports and visual interfaces. the transmission of the resources of the analytical system (3) thanks to this system and method proposed by the invention. This is achieved by using it optimally. Pre-processing where location records are processed. Because a shared unit is used in this phase, the resources seen in the existing methods in this phase are different. This prevents usage-based cost problems. Additionally, the records themselves are 10 processed in accordance with the prepared flows and in the sections allocated to them in the database (6) Because they are held back, there are also excessive limitations in the reporting and visualization phases of existing methods. Problems arising from resource depletion are also eliminated. The steps involved in the process described in this invention are listed below: 15  Emergency generated by the location server (2) in the mobile communication system (1). Pre-processing of location records of calls and commercial applications by the analytical system (3) (1001), to be sent to the unit (4),  The position information located in the preprocessing unit (4) is routed to the routing unit (5), the incoming position Location record detection method 20 configured in the analytical system (3) (1002),  Location information of detected emergency calls is used for location-based routing. Emergency call location records on preprocessing unit (4) by unit (5) redirection to the flow (1003),  Location information routing unit (5), detected commercial application location 25 records, commercial applications location records stream on preprocessing unit (4) redirection (1004),  In line with the flow of emergency call location records on the preprocessing unit (4) Emergency call location records processed and enriched data of the analytical system (3) transmission to the base (6) (1005), 30  Commercial application location records are located on the preprocessing unit (4) of the commercial application. After applications process and enrich the data based on location log streams Transmission of the analytical system (3) to the database (6) (1006),  Location of the reporting unit (7) regarding emergency calls and commercial applications by obtaining the records from the relevant indexes on the database (6) both 35 Generating reports related to location record type (1007),  The visualization unit (8) is suitable for both emergency calls and commercial applications. By pulling the location records belonging to each from the relevant indexes on the database (6), each Preparing visual interfaces for two location record types (1008).

Claims

11 REQUESTS 1. Mobile communication systems that provide communication services for mobile devices (1) Location information generated for commercial applications and emergency calls can be used for analytics. It is a system that enables common processing across systems, and its characteristic is; 5  location information for devices in the mobile communication system (1) server (2),  Enables the performance of analytical operations in mobile communication systems (1) analytical system (3),  located on the analytical system (3) in the mobile communication system (1) and location 10 Preprocessing which processes and enriches the location information transmitted by the server (2). unit (4),  Located on the preprocessing unit (4) and transmitted by the location server (2) Identifying location data records according to their types and organizing them into workflows developed for them. guiding location information guidance unit (5), 15  located on the analytical system (3) in the mobile communication system (1) and location location information records and all other statistical data generated by the server (2) database holding data (6),  emergency situation on the analytical system (3) in the mobile communication system (1) 20 from reporting processes related to location information for calls and commercial applications responsible reporting unit (7),  emergency situation on the analytical system (3) in the mobile communication system (1) Visualization of location information related to calls and business applications. Visualization unit responsible for operations (8) It includes. 25 2. Mobile communication systems that provide communication services for mobile devices (1) Location information generated for commercial applications and emergency calls can be used for analytics. It is a method that enables common processing across systems, and its characteristic feature is;  Emergency 30 generated by the location server (2) in the mobile communication system (1). Pre-processing of location records of calls and commercial applications by the analytical system (3) (1001), to be sent to the unit (4),  The position information located in the preprocessing unit (4) is routed to the routing unit (5), the incoming position Location record detection method configured in the analytical system (3) In line with this, he determined (1002), 35 12  Location information of detected emergency calls is used for location-based routing. Emergency call location records on preprocessing unit (4) by unit (5) redirection to the flow (1003),  Location information routing unit (5), detected commercial application location records, commercial applications location records stream on preprocessing unit (4) 5 redirection (1004),  In line with the flow of emergency call location records on the preprocessing unit (4) Emergency call location records processed and enriched data of the analytical system (3) (1005), to be transmitted to the base (6),  Commercial application location records are located on the preprocessing unit (4) of commercial 10 After applications process and enrich the data based on location log streams Transmission of the analytical system (3) to the database (6) (1006),  Location of the reporting unit (7) regarding emergency calls and commercial applications by obtaining the records from the relevant indexes on the database (6) both Generating reports for location record type (1007), 15  The visualization unit (8) is suitable for both emergency calls and commercial applications. By pulling the location records belonging to each from the relevant indexes on the database (6), each Preparing the visual interfaces for two location record types (1008) It includes the steps of the process.

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