Photographic Image Analysis for Hardware Component Compatibility
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Solution Overview
Problem
Current methods for identifying compatible hardware components for existing computer systems are inefficient due to uncertainty about physical compatibility, leading to trial-and-error installations and increased costs, despite extensive databases providing detailed information.
Innovation Solution
A computer program product that uses photographic images to gather and analyze attributes such as space dimensions around connectors within the existing computer system, allowing for accurate identification of compatible hardware components by comparing these dimensions with those of potential components in a database, using simple, two-dimensional, or three-dimensional models for compatibility assessment.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of information
If detailed product specifications and databases are used for hardware compatibility searching, then information availability is improved, but confidence in physical compatibility remains insufficient
Solution Approach 1:
The patent creates a digital photograph copy of the physical installation space within the computer system. This photograph serves as a visual representation that can be stored, analyzed, and compared against component requirements. By copying the physical space into a digital format, the system enables remote analysis and compatibility assessment without requiring physical trial-and-error installation attempts.
2Reliability
If trial-and-error installation attempts are made to verify hardware compatibility, then confidence in compatibility is improved, but time and cost are increased
Solution Approach 1:
The patent performs preliminary analysis of hardware compatibility by extracting spatial information from photographs of the installation environment and comparing it against component specifications before any physical installation occurs. This preliminary virtual compatibility check identifies suitable components in advance, preventing wasted time on incompatible installation attempts.
3Measurement precision
If professional assistance is sought to verify hardware compatibility, then accuracy of compatibility assessment is improved, but cost and complexity are increased
Solution Approach 1:
The patent enables users to perform their own hardware compatibility assessments by capturing photographs of their system's installation space and using automated image analysis to extract dimensional information. The system processes these photographs locally or remotely to provide compatibility recommendations, eliminating the need for professional technicians while maintaining assessment accuracy.
4Loss of information
If extensive database searches are conducted to identify compatible components, then information completeness is improved, but search efficiency is reduced due to physical compatibility uncertainty
Solution Approach 1:
The system performs preliminary filtering of the component database by comparing extracted spatial measurements from installation photographs against the physical dimensions required by each component. This preliminary spatial filtering narrows down the search results to only those components that could potentially fit the available space, making subsequent detailed searches more efficient and targeted.
Data Source
AI summary
Method and computer program product including executable instructions on a computer readable medium for using a photographic image in a component search. A plurality of attributes for searching a component information source is gathered, including a photographic image of space available for receiving a component. The photographic image is analyzed to determine the physical dimensions of the space available. A component information source may then be searched to identify components that satisfy the plurality of attributes. The attribute of the photographic image is satisfied with respect to a particular component if the physical dimensions of the space available are determined to allow proper installation of the particular component. Search results are communicated to a user, wherein the results include the identification of at least one component from the information source satisfying each of the plurality of attributes.