Skip to content

Commit 62e4078

Browse files
authored
Update PLAN.md
1 parent 811df72 commit 62e4078

1 file changed

Lines changed: 60 additions & 0 deletions

File tree

PLAN.md

Lines changed: 60 additions & 0 deletions
Original file line numberDiff line numberDiff line change
@@ -40,3 +40,63 @@ DataMetaMap aims to compare datasets within a unified vector space to identify s
4040

4141
- **Demo Examples and Blog Post**
4242
Prepare example notebooks or scripts demonstrating real-world use cases, and write an explanatory blog post highlighting project value and insights.
43+
44+
## Remastered
45+
46+
### Phase 1: Research and Preparation
47+
- **Literature Review**
48+
Study existing methods for dataset embedding, similarity measurement, and transferability estimation to identify best practices.
49+
50+
- **Baseline Selection**
51+
Identify and select baseline methods from literature for comparison during benchmarking.
52+
53+
- **Data Collection**
54+
Gather a diverse collection of datasets for experimentation, ensuring they represent various domains and formats.
55+
56+
- **Data Preprocessing Pipeline**
57+
Design and implement preprocessing steps to handle different dataset formats and ensure consistent input for embedding methods.
58+
59+
- **Evaluation Metrics Definition**
60+
Define quantitative metrics to evaluate embedding quality and similarity measurement accuracy.
61+
62+
- **Planning and Specifications**
63+
Define technical specifications and success criteria based on research findings and data availability.
64+
65+
---
66+
67+
### Phase 2: Implementation and Testing
68+
- **Core Algorithm Development**
69+
Implement algorithms to embed datasets into a shared vector space and compute similarity metrics between them.
70+
71+
- **Baseline Implementations**
72+
Implement selected baseline methods from literature for comparison.
73+
74+
- **Testing and Quality Assurance**
75+
Develop unit and integration tests to validate correctness, reliability, and performance of the implemented methods.
76+
77+
- **Performance Optimization**
78+
Profile and optimize code for memory efficiency and computational speed, especially for large datasets.
79+
80+
- **Error Handling and Logging**
81+
Implement robust error handling and logging mechanisms for debugging and monitoring.
82+
83+
- **Benchmarking and Visualization**
84+
Run benchmarks on collected datasets and produce visual outputs such as similarity matrices to analyze and interpret results.
85+
86+
---
87+
88+
### Phase 3: Documentation and Dissemination
89+
- **Technical Report**
90+
Document the methodology, experimental setup, and findings in a comprehensive technical report.
91+
92+
- **User and Developer Documentation**
93+
Create detailed documentation for users and contributors, including setup guides and API references.
94+
95+
- **Demo Examples and Blog Post**
96+
Prepare example notebooks or scripts demonstrating real-world use cases, and write an explanatory blog post highlighting project value and insights.
97+
98+
- **Benchmark Results Repository**
99+
Publish benchmark results, precomputed embeddings, and similarity matrices in a public repository for reproducibility.
100+
101+
- **Future Work Roadmap**
102+
Outline potential extensions, improvements, and research directions based on current findings.

0 commit comments

Comments
 (0)