Enhancing Social Media Personalization: Dynamic User Profile Embeddings and Multimodal Contextual Analysis Using Transformer Models

This study investigates the impact of dynamic user profile embedding on personalized context-aware experiences in social networks. A comparative analysis of multilingual and English transformer models was performed on a dataset of over twenty million data points. The analysis included a wide range of metrics and performance indicators to compare dynamic profile embeddings versus non-embeddings (effectively static profile embeddings). A comparative study using degradation functions was conducted. Extensive testing and research confirmed that dynamic embedding successfully tracks users' changing tastes and preferences, providing more accurate recommendations and higher user engagement. These results are important for social media platforms aiming to improve user experience through relevant features and sophisticated recommendation engines.

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References (7)

01CUDA Save Embeddings: Save main_embeddings1 to ’minilml6v2.npy’ Save main_embeddings2 to ’distiluse -base-
02Models Input: DataFrame columns ’bio’ and ’tweettext’ Output: Embeddings files for each model Procedure
03a <- Create an array from 1 to the length of the timeline decay <- Calculate 1 / sqrt(1 + k * a)
04embed-dings and timestamps: Apply basic decay functions Apply decay functions adjusted by cosine similarity Apply decay functions adjusted by cosine similarity and
05time differences Append computed decay values to respective lists Sum and Save Function
06Fetch delta_t from compute_time_differences(timeline)
07embed-dings data model - Pre-trained embedding model k - Decay constant for various decay calculations Outputs: Saves the computed embeddings with decay adjustments

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