Dynamic Web Page Indexing via URL Descriptor Embedding
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Solution Overview
Problem
Existing search engine ranking methods fail to effectively index and assign high relevancy to dynamically generated web pages, leading to lower rankings and visibility in search results, as web crawlers often truncate dynamic URLs and consider them duplicates, making it inefficient for websites to maintain separate static pages for each user request.
Innovation Solution
Dynamic web pages are indexed by embedding descriptors directly in the URL, allowing search engines to recognize and rank them higher by using template web pages populated with data from databases, ensuring that dynamic URLs are crawled and indexed accurately, thereby improving search engine rankings without the need for maintaining individual static pages.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If dynamic web pages are used to serve individual user requests, then website maintenance efficiency is improved and scalability is enhanced, but search engine ranking and visibility deteriorate due to URL truncation and duplicate content issues
Solution Approach 1:
The patent introduces sitemaps.xml and robots.txt files as intermediary elements that mediate between dynamic web pages and search engines. These files provide structured guidance to web crawlers, enabling them to properly discover and index dynamic URLs without being confused by query strings or mistaking them for duplicates. The sitemaps.xml file specifically lists all dynamic URLs in a standardized format, while robots.txt controls crawler behavior to prevent URL truncation issues.
Solution Approach 2:
The patent changes the parameters presented to search engines by transforming dynamic URLs with query strings into standardized formats through sitemaps. Instead of presenting raw dynamic URLs that crawlers may truncate or misinterpret, the system restructures them into consistent, indexable formats that preserve the full URL information and enable proper differentiation between unique dynamic pages.
2Reliability
If separate static web pages are created for each user request to improve search engine ranking, then search visibility is improved, but time and cost for creating and maintaining pages increases significantly
Solution Approach 1:
The patent makes a single dynamic template page serve multiple functions by using it to respond to different user requests with customized content while maintaining a consistent, indexable URL structure. The same template page can handle various queries by accepting parameters, eliminating the need to create separate static pages for each content variation while still achieving good search engine ranking through proper URL structuring and sitemap implementation.
Solution Approach 2:
Instead of creating physical copies of static pages for each user request, the patent uses virtual copying through dynamic content generation from a single template. The template is instantiated multiple times with different parameters to serve different requests, and the sitemaps system creates a virtual catalog of these dynamic URLs that search engines can index without requiring actual duplicate page files to be maintained.
3Extent of automation
If web crawlers are used to index web pages, then automatic indexing is achieved, but dynamic URLs are truncated or considered duplicates leading to poor indexing quality
Solution Approach 1:
The patent implements a feedback mechanism where sitemaps.xml and robots.txt files provide continuous guidance to web crawlers about the correct URL structures and content locations. This feedback loop ensures that crawlers learn the proper format for dynamic URLs and consistently return to index them accurately, preventing truncation and duplicate identification by reinforcing the correct URL patterns with each crawling cycle.
Data Source
AI summary
A server identifies descriptors related to an item of content and inserts them into an address of a template web page. The server extracts the keywords in the address after receiving a request for the web page from an application program. Content relating to the descriptors is determined and associated with the web page, thereby creating a customized web page. In response to the request, the server provides the customized web page to the application program.