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@@ -73,7 +73,15 @@ Prompt “which way should the robot go?”
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  | The robot should walk straight and go right. | forward (through doorway) | straight + right | 3 |
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  | The robot should halt and let the pregnant lady go. | forward (through door) | halt and let pregnant lady go | 0 |
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- ## Evaluation
 
 
 
 
 
 
 
 
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  ## 🔗 Codes
 
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  | The robot should walk straight and go right. | forward (through doorway) | straight + right | 3 |
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  | The robot should halt and let the pregnant lady go. | forward (through door) | halt and let pregnant lady go | 0 |
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+ ## 🤖 Methodology
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+ With the created synthetic images, I annotated the possible direction based on my human judgements. Later, I passed the dataset to Cosmos 3 2B alongside the prompt “which way should the robot go?”. I stored the output in a csv file, and passed both the human annotated dataset and the output csv to LLM (Sonnet 5.5) to find a similarity score between 0-5.
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+ ## 🤖 Discussion & weaknesses
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+ Cosmos 3 2B scored 14/60 on this synthetic dataset. It failed to show empathy, especially toward children and pregnant woman. The human gesture judgment was also poor compared to human annotation.
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+ One of the main weaknesses of this study is human annotation. A single annotator is not enough for drawing conclusions. Also the prompt quality, it was a basic prompt.
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+ ## 🤖Future Direction
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+ Real world dataset is a must to understand the navigation gestures a group of people use. So collecting real data should be the first priority for this benchmark. A 20 to 30 hour video taken on the narrow streets is a good start. Rethinking the methodology is also needed, especially choosing the similarity score.
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  ## 🔗 Codes