π Understanding the Dependency Tree & POS Tags in NLP
According to the Dependency Tree, words are tagged by Natural Language Processing (NLP) technologies based on their context and type. However, understanding a wordβs context is not always easy.
π How Do Search Engines Understand Context?
A Search Engine can use phrase-based occurrence correlations, such as Word2Vec, to understand a wordβs context.
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For instance, according to Hidden Markov Models (HMMs):
- π 40% chance of being a noun π·οΈ
- π 20% chance of being an adjective π
- π 20% chance of being a number π’
- Example: If the word "can" follows "the", the model understands that "can" is used as an object π rather than a modal verb β‘.
π·οΈ Common POS Tags in NLP
- CC: Coordinating Conjunction (e.g., and, but, or) π
- CD: Cardinal Digit (e.g., one, two, three) π’
- DT: Determiner (e.g., the, this, those) π
- EX: Existential "there" (e.g., there is, there exists) π
- FW: Foreign Word π£οΈ
- IN: Preposition/Subordinating Conjunction (e.g., in, on, before) π
- JJ: Adjective (e.g., big, small, happy) β¨
- JJR: Comparative Adjective (e.g., bigger, faster, smarter) π
- JJS: Superlative Adjective (e.g., best, biggest, strongest) π

π₯ Why Are POS Tags Important in SEO?
Content format and POS Tags are interconnected. If a user query has a comparison intent, certain POS Tags will be prioritized by the Search Engine.
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Example: If a query contains words like:
- πΉ "best", "biggest", "fastest" β Comparative Adjectives (JJR, JJS)
- πΉ "best 5" β The Search Engine expects a listicle format π
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π SEO Strategy:
- βοΈ Relevant POS Tags π―
- βοΈ Well-structured lists π
- βοΈ Proper sentence structures ποΈ
π‘ Pro Tip: I always educate my authors to think like a Search Engine π€. This helps them create structured, clear, and informative content that aligns with search algorithms and enhances readability.
πΉ "You shall know a word by the company it keeps." β Choose your words wisely! π―