Objective: Investigate the fusion of disparate concepts using the MeTTa platform to explore new methodologies in neural network training. Research Goals: Develop a framework for blending symbolic and sub-symbolic concepts in MeTTa. Evaluate performance of blended models on benchmark datasets. Analyze improvements in learning efficiency and adaptability. Student Roles: Data Engineer: Prepares datasets for experiments. Algorithm Developer: Implements concept blending algorithms. System Integrator: Ensures seamless integration in MeTTa. Performance Analyst: Assesses and compares model performance. Documentation Specialist: Manages documentation for the research.
Create educational and/or useful demos using SingularityNET's own MeTTa programming language. This RFP aims at bringing more community adoption of MeTTa and engagement within our ecosystem, and to demonstrate and expand the utility of MeTTa. Researchers must maintain demos for a minimum of one year.
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Framework Definition and Data Curation
Deliverable: Detailed experimental framework and curated dataset repository.
$8,750 USD
Framework Completeness: Defined experimental framework with a curated dataset successfully established.
Initial Algorithm Implementation
Deliverable: Prototype of concept-blending algorithms integrated within MeTTa.
$6,250 USD
Achieve at least 20% improvement in decision accuracy and interpretability over traditional NLP methods.
Preliminary Validation and Refinement
Deliverable: Report on initial validation results and refined algorithmic models.
$5,000 USD
Pilot implementations successfully demonstrate use cases, with feedback confirming improved decision-making.
Deliverable: Benchmarking report comparing system performance with established metrics.
Large-Scale Testing and Benchmarking
$2,500 USD
Solution adapts effectively to diverse datasets, maintaining high inference reliability across varied contexts.
Deliverable: Comprehensive project report, including experimental findings and potential applications.
Final Results and Documentation
$2,500 USD
Published work recognized in NLP and machine learning communities, with invitations for collaborative research.
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