Process Versioning System with Genealogical Tracking
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Solution Overview
Problem
Process-based industries face challenges in effectively designing, analyzing, and optimizing processes due to the complexity of tracking and assessing changes across different phases and environments, leading to inefficiencies in product development and regulatory compliance.
Innovation Solution
The implementation of a system that enables process versioning, allowing for the definition, storage, and comparison of process states, as well as the analysis of product development information to determine relationships between process variations and product outcomes, using a method that includes process objects with unique identifiers, heritage indicators, and superior/inferior attribute references to construct genealogical histories and compare process versions.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Manufacturing precision
If process versioning and genealogical tracking systems are implemented to monitor process changes across multiple phases and environments, then process design precision and regulatory compliance are improved, but system complexity and implementation difficulty increase
Solution Approach 1:
The patent segments the process tracking system into distinct modular components: process definitions store core process structures, process versions capture temporal evolution, process variants handle environmental adaptations, and genealogical relationships track inheritance. This segmentation allows each component to manage specific aspects of process complexity independently, making the overall system more manageable and implementable while maintaining comprehensive tracking capabilities.
2Reliability
If comprehensive process change tracking and genealogical history recording are implemented, then decision-making quality and risk assessment capability are improved, but data management complexity and processing requirements increase
Solution Approach 1:
The patent employs copying mechanisms where process definitions serve as templates that can be instantiated into multiple process versions and variants. Each copy retains the essential structure and attributes of the original while allowing for specific modifications. This copying approach enables comprehensive tracking of process evolution and genealogical relationships without requiring complete duplication of all process data at each level, thereby reducing data management complexity while maintaining decision-making quality.
3Adaptability or versatility
If multiple process variants are created to adapt processes to different locations and environments, then process versatility and adaptability are improved, but process complexity and monitoring difficulty increase
Solution Approach 1:
The patent introduces a hierarchical dimension to process management by organizing processes across multiple levels: core process definitions at the base, followed by version iterations, then variant adaptations for different environments, and finally genealogical relationships connecting them all. This dimensional organization allows the system to handle process versatility and adaptability across different locations and conditions while maintaining a structured framework that reduces monitoring difficulty through systematic categorization and inheritance relationships.
Data Source
AI summary
Systems and methods for analyzing information are provided in which a plurality of attribute records are stored. Each respective record in at least a subset of the plurality of records comprises a corresponding unique identifier, a superior/inferior attribute reference, and a heritage indicator. A superior/inferior attribute reference of a first record in the plurality of records references a unique identifier of a second record that is different than the first record, thereby indicating that the first record is a nested attribute record of the second record. Moreover, a heritage indicator of the first record references: the corresponding unique identifier of a third record, thereby indicating that the third record is an ancestor record of the first record, or a unique identifier of a first attribute class record, thereby identifying an attribute class record, in a plurality of attribute class records, to which the first record belongs.


