Quantifiable Gain Of Knowledge

Part of: Mathematical Point of View of Search Algorithms


by Wayne Smith

Algorithms require quantifiable information

The normal way to quantify knowledge is by testing material or a student against a known standard. For a student this standard would be the facts presented in a text book. It is then a simple matter for a computer to test the student or the student's paper. The algorithm merely looks at what the student knows vs what is known about the subject.

But to apply a gain of knowledge against web content there is no textbook to use as a qualitative standard -- It is important that the data is correct for EEAT search results; And, as an additional requirement new information about a subject is revealed over time, or through research. EEAT authority sites need to be used. Apple for example is the EEAT authority on the iPhone, additional EEAT authorities exist which test the iPhone. Search entities or the entity–relationship model provide the topical quantitative standard, and open graph data points from EEAT sites the qualitative standard.

Minimum Viable E-E-A-T for Knowledge Graph Learning

The algorithmic learning is knowledge which Google does not hard code into search. Although some authorities like CDC for Covid may be hard coded, dictionaries provide the meaning of words; The knowledge is not based on all available information on the internet. It is based algorithmically on selecting the best sources for accurate information.

It is fair to say that the knowledge is either what is published by sites that have authority or information that is agreed on by a number of sites.

Promoting truthful content and protecting users from false content

The promoting of truthful content and demoting of false content, (part of the YMYL algorithms), using AI is a polarizing concept.

Google's interest is to provide the user with the information they want, based on user intent, and maintain content on both sides of many topics. Demoting of content is mostly for YMYL, (Your Money, Your Life), topics. The algorithm is of course mathematical. For Entity SEO purposes, select entities or terms that do not conflict with the point of view of the content being produced. A citation of a fact check can be helpful to both readers and SEO.

SEO: Evolution of Websites (Brands) to Search Entities

Gain of Knowledge and SEO

It can be observed that updating content with a more careful use of words, (or in AI terms entities), which provide clarity to visitors and AI alike, can improve the placement in search for the page. Careful selection of entities can result in a smaller page that does better than a larger page.

AI content can do well in search, generative AI is based on entities. The selection of entities made by generative AI is to answer the query intent of the question; Content intent while it needs to match query intent is a different animal altogether. Content needs to answer many questions within the scope of the content. Human-written content does better than AI content when it is well-written.

Asking AI many questions can reveal topics that may have been overlooked in the draft copy of the content.

Filling in topical gaps provides the gain of knowledge which provides the promotion of content. As well as selecting entities that support the content on the page; instead of entities that contradict the information.