Tomertg commited on
Commit
8ec4fbf
·
verified ·
1 Parent(s): cac8ba8

Update README.md

Browse files
Files changed (1) hide show
  1. README.md +3 -3
README.md CHANGED
@@ -51,16 +51,16 @@ The data is stored in **Parquet format** (Hugging Face native) for high efficien
51
 
52
  ## Repository Contents
53
 
54
- * **fitness_embeddings.npy (1)**: Pre-computed vector embeddings of the user profiles (generated via Sentence Transformer).
55
  * **imp88.png**: Visualization of the Exploratory Data Analysis (EDA).
56
  * **imp888.png**: Visualization of the Embeddings Analysis (PCA Clustering).
57
 
58
  ## Exploratory Data Analysis (EDA)
59
  The visualization below demonstrates the distribution and characteristics of the synthetic data. This analysis ensures the dataset is balanced across different categories and logically consistent regarding injuries and recommended plans.
60
 
61
- ![Exploratory Data Analysis](imp88.png)
62
 
63
  ## Embeddings and User Segmentation
64
  To analyze user similarity and validate the data quality, we utilized a Sentence Transformer model to convert textual user profiles into high-dimensional vectors. The visualization below displays these embeddings reduced to 2D space using PCA. The distinct clusters indicate that the system successfully differentiates between different user types and their corresponding workout requirements.
65
 
66
- ![Embeddings Analysis](imp888.png)
 
51
 
52
  ## Repository Contents
53
 
54
+ * **fitness_embeddings.npy (2)**: Pre-computed vector embeddings of the user profiles (generated via Sentence Transformer).
55
  * **imp88.png**: Visualization of the Exploratory Data Analysis (EDA).
56
  * **imp888.png**: Visualization of the Embeddings Analysis (PCA Clustering).
57
 
58
  ## Exploratory Data Analysis (EDA)
59
  The visualization below demonstrates the distribution and characteristics of the synthetic data. This analysis ensures the dataset is balanced across different categories and logically consistent regarding injuries and recommended plans.
60
 
61
+ ![Exploratory Data Analysis](img8.png)
62
 
63
  ## Embeddings and User Segmentation
64
  To analyze user similarity and validate the data quality, we utilized a Sentence Transformer model to convert textual user profiles into high-dimensional vectors. The visualization below displays these embeddings reduced to 2D space using PCA. The distinct clusters indicate that the system successfully differentiates between different user types and their corresponding workout requirements.
65
 
66
+ ![Embeddings Analysis](img88.png)