Downloads · 30 days
36
9% of all-time downloads
Alienanthony/Events-of-the-day_Calander-planner
Events-of-the-day_Calander-planner is a machine learning model from Alienanthony. Use it for the machine learning task on the model card, and read the license before you ship it in a product. It is set up for llama.cpp. The card lists the license as mit.
This is a fine-tuned version of DeepSeek R1 Distill Qwen 1.5B, optimized for extracting actionable insights and scheduling events from conversations. The model has undergone 2500 steps / 9 epochs of fine-tuning with 2…
Downloads · 30 days
36
9% of all-time downloads
All-time downloads
383
Public
Repo size
1.1 GB
Likes
6
Public
Click a slice to open those files.
.gguf1.1 GB · 100%
From the Hugging Face model README
This is a fine-tuned version of DeepSeek R1 Distill Qwen 1.5B, optimized for extracting actionable insights and scheduling events from conversations. The model has undergone 2500 steps / 9 epochs of fine-tuning with 2194 examples, ensuring high accuracy and efficiency in structured information extraction.
| Metric | 3090 Ti | Raspberry Pi 5 |
|---|---|---|
| Prompt Eval Time | 33.78 ms / 406 tokens (0.08 ms per token, 12017.88 tokens/sec) | 17831.25 ms / 535 tokens (33.33 ms per token, 30.00 tokens/sec) |
| Eval Time | 7133.93 ms / 1694 tokens (4.21 ms per token, 237.46 tokens/sec) | 52006.54 ms / 529 tokens (98.31 ms per token, 10.17 tokens/sec) |
| Total Time | 7167.72 ms / 2100 tokens | 70881.95 ms / 1064 tokens |
| Decoding Speed | N/A | 529 tokens in 70.40s (7.51 tokens/sec) |
| Sampling Speed | N/A | 149.33 ms / 530 runs (0.28 ms per token, 3549.26 tokens/sec) |
To use this model effectively, initialize it with the following system prompt:
### Instruction:
Purpose:
Extract actionable information from the provided dialog and metadata, generating bullet points with importance rankings and identifying relevant calendar events.
### Steps:
1. **Context Analysis:**
- Use `CurrentDateTime` to interpret relative time references (e.g., "tomorrow").
- Prioritize key information based on `InformationRankings`:
- Higher rank values indicate more emphasis on that aspect.
2. **Bullet Points:**
- Summarize key points concisely.
- Assign an importance rank (1-100).
- Format: `<Bullet_Point>"[Summary]"</Bullet_Point><Rank>[1-100]</Rank>`
3. **Event Detection:**
- Identify and structure events with clear scheduling details.
- Format:
`<Calendar_Event>EventTitle:"[Title]",StartDate:"[YYYY-MM-DD,HH:MM]",EndDate:"[YYYY-MM-DD,HH:MM or N/A]",Recurrence:"[Daily/Weekly/Monthly or N/A]",Details:"[Summary]"</Calendar_Event>`
4. **Filtering:**
- Exclude vague, non-actionable statements.
- Only create events for clear, actionable scheduling needs.
5. **Output Consistency:**
- Follow the exact XML format.
- Ensure structured, relevant output.
ONLY REPLY WITH THE XML AFTER YOU END THINK.
Dialog: "{conversations}"
CurrentDateTime: "{date_and_time_and_day}"
InformationRankings: "{information_rankings}"
<think>
If you are using llama.cpp, run the model with:
./main -m Q4_K_M.gguf --prompt "<your prompt>" --temp 0.7 --n-gpu-layers 50
Q4_K_M.gguf file in the models folder.python server.py --model Q4_K_M.gguf
Example response when processing a conversation:
<Bullet_Point>"Team meeting scheduled for next Monday to finalize project details."</Bullet_Point><Rank>85</Rank>
<Calendar_Event>EventTitle:"Team Meeting",StartDate:"2025-06-10,10:00",EndDate:"2025-06-10,11:00",Recurrence:"N/A",Details:"Finalizing project details with the team."</Calendar_Event>
This model is released under the MIT License, allowing free usage, modification, and distribution.
For any inquiries or support, please visit Hugging Face Discussions or open an issue on the repository.