photrek
Project OwnerAmenah: Scientific lead (PI) Igor: Principal coder & documentation Maciej: Test engineer & functional programmer Kenric: Strategic alignment Juana: Project manager
The aim of this project is to develop a robust architectural design for implementing clustering heuristics within the MeTTa programming language. We will approach this effort by integrating both traditional and probabilistic clustering algorithms into MeTTa. The clustering heuristics will be evaluated and optimized for scalability, enabling them to be used in more complex scenarios. Our use case demonstration will focus on applying these clustering algorithms to various datasets, with an emphasis on enhancing the AGI capabilities of the Hyperon platform.
The goal is to implement clustering algorithms in MeTTa and demonstrate interesting functionality on simple but meaningful test problems. This serves as a working prototype providing guidance for development of scalable tooling providing similar functionality, suitable for serving as part of a Hyperon-based AGI system following the PRIMUS cognitive architecture.
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Lay the groundwork for the project by defining objectives conducting requirement analysis and implementing the optimized K-Means algorithm with support for custom distance metrics and initial testing.
- Define the main goals and deliverables of the project. - Analyze the core requirements for developing clustering algorithms. - Prepare a detailed work plan with a timeline for the subsequent milestones. - Implement the K-Means algorithm with performance optimizations. - Add options for custom distance metrics to improve clustering accuracy. - Conduct preliminary tests to verify the implementation.
$6,000 USD
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Develop and test the Gaussian Mixture Model using Expectation-Maximization techniques create clustering evaluation metrics and optimize performance for large datasets.
- Implement the Gaussian Mixture Model using Expectation-Maximization techniques. - Perform tests to evaluate model performance. - Develop evaluation metrics for clustering algorithms such as Rand Index and Mutual Information. - Improve performance when handling large datasets. - Conduct tests to assess efficiency and effectiveness.
$6,000 USD
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Ensure compatibility with common data formats and libraries implement clustering result visualizations and develop export functionality for downstream applications.
- Ensure the system accepts inputs in popular data formats like CSV and TSV. - Ensure compatibility with Numpy and Pandas libraries. - Implement visualization techniques including t-SNE to visualize clustering results. - Develop an interface for exporting results to facilitate their use in downstream applications.
$3,000 USD
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