📝 LLM Research Journal Entry: [Experiment/Project Title]

Metadata

  • Date: [YYYY-MM-DD]
  • Paper: LoCoMo PDF
  • Researcher(s): [Your Name(s)]
  • LLM Model Used: [e.g., GPT-4, Llama 2 7B, Mistral 7B, etc.]
  • Model Version/Fine-Tuning Details: [e.g., Base model, Instruct-tuned, Custom fine-tuning parameters]
  • Task/Goal: [A concise statement of the experiment’s objective]

1. 🎯 Experiment Design & Methodology

Describe how the experiment was conducted, including the dataset and evaluation metrics.

  • Hypothesis: [What did you expect to happen or what were you testing?]
  • Dataset/Prompt Set:
    • Source: [e.g., Custom generated, Open-source dataset like SQuAD, HELM]
    • Size: [Number of samples/prompts]
    • Preprocessing: [e.g., Cleaned, standardized, converted to specific format]
  • Key Parameters (Inference Settings):
    • Temperature: [e.g., 0.7, 0.0]
    • Top-P/Top-K: [e.g., 0.9, 50]
    • Max New Tokens: [e.g., 256]
    • Prompting Technique: [e.g., Zero-shot, Few-shot (N=X examples), Chain-of-Thought (CoT)]

2. 📊 Results & Benchmarks

Present the quantitative and qualitative findings, focusing on key performance indicators (KPIs).

  • Primary Metric: [e.g., F1 Score, Accuracy, Perplexity, Human Evaluation Rating]
    • Value: [X.XX]
    • Baseline (if applicable): [Y.YY]
  • Secondary Metrics: * *
  • Resource Utilization (For Local Models/Training):
    • Inference Speed: [e.g., X tokens/second, Y milliseconds/query]
    • Hardware Used: [e.g., NVIDIA A100 80GB, M2 Ultra]
    • Peak Memory Usage: [Z GB]

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Table of Benchmarks (Comparison to other models/methods):

Model/MethodPrimary Metric ValueInference SpeedNotes
[Current Experiment Model][X.XX][Y t/s][Key insight]
Previous Iteration/Model AA.AAB t/sDifferent prompt technique
State-of-the-Art (SOTA)S.SSD t/sFor comparison

3. 🔍 Analysis & Observations

Detail your qualitative experience, successes, and failures.

  • Key Successes:
    • [Point 1: What worked well? E.g., CoT significantly improved performance.]
    • [Point 2: Unexpected positive findings.]
  • Failure Modes / Errors:
    • Common Error Type: [e.g., Hallucination of facts, formatting inconsistencies, refusal to answer]
    • Example Prompt/Response: (Optional, for illustrating the failure)
    • [Point 2: Specific constraints or limitations encountered.]
  • Qualitative Observations (The “Feel” of the Model):
    • [e.g., The model was very verbose, required extensive prompt engineering, showed a strong bias toward certain topics.]

4. ⏭️ Conclusion & Next Steps

Summarize the key takeaway and plan future work.

  • Key Takeaway: [One sentence summary of the experiment’s most important result or insight.]
  • Future Work / Recommendations:
    • [Action 1: What should be tried next? E.g., Testing a higher temperature/sampling method.]
    • [Action 2: Proposal for fine-tuning or model modification.]
    • [Action 3: New metric or dataset to explore.]

5. 🔗 Artifacts & Resources

  • Code Repository Link: [Link to GitHub, GitLab, etc.]
  • Raw Data/Logs Link: [Link to a public or internal storage]
  • Full Prompt Example:
    [Insert a representative example of the system/user prompt used]