Management Apparatus Configuration via Key and Feature Information
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Solution Overview
Problem
Existing management systems struggle to automatically configure new transmission apparatuses when destination information differs from the original, leading to incomplete or incorrect configuration information transmission.
Innovation Solution
A management apparatus and system that receives a transmission request with key and feature information, extracts corresponding configuration information from a database, and outputs it to the apparatus, using both key and feature information to ensure accurate configuration even during apparatus replacements.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Device complexity
If only destination information (key information) is used to identify transmission apparatuses, then the identification process is simple, but configuration information cannot be correctly retrieved when apparatuses are replaced
Solution Approach 1:
The identification process is segmented into two independent parts: key information (destination information) and feature information (peripheral device information). This segmentation allows the system to use both types of information together for more reliable identification, while keeping each information type simple and manageable on its own.
Solution Approach 2:
The system transitions from one-dimensional identification (using only key information) to two-dimensional identification by adding feature information as another dimension. This dimensional expansion enables the system to distinguish between original apparatuses and replacements more effectively, solving the reliability problem without significantly increasing complexity.
2Reliability
If feature information from peripheral devices is collected and used, then configuration information can be correctly identified even during apparatus replacements, but the information collection and processing complexity increases
Solution Approach 1:
Feature information from peripheral devices is collected and registered in advance in the database, associated with the key information of each transmission apparatus. This preliminary action ensures that when an apparatus is replaced, the system can immediately use the pre-collected feature information to identify and retrieve the correct configuration information, maintaining high reliability while managing complexity through advance preparation.
3Measurement precision
If a database storing combinations of key information, feature information, and configuration information is implemented, then accurate configuration retrieval is achieved, but the database structure and maintenance complexity increases
Solution Approach 1:
The database structure is segmented into distinct fields: key information field, feature information field, and configuration information field. This segmentation allows for precise matching by comparing both key information and feature information independently, achieving high measurement precision while keeping the database structure organized and manageable through clear field separation.
Data Source
AI summary
A management apparatus (10) includes a request reception unit (111) configured to receive a transmission request for configuration information transmitted from a transmission apparatus (12), together with key information unique to the transmission apparatus (12) and feature information obtained from peripheral information of the transmission apparatus (12), a configuration-information extraction unit (112) configured to extract configuration information corresponding to the key information and the feature information added in the transmission request that is transmitted from the transmission apparatus (12) and received by the request reception unit (111) from a database in which a combination of key information, feature information, and configuration information for each transmission apparatus is registered, and a configuration-information output unit (113) configured to output the configuration information extracted by the configuration-information extraction unit (112) to the transmission apparatus (12) that has requested the configuration information.