Bowen Xu
Project OwnerLeader, Developer.
This project focuses on creating a MeTTa demo for sequence learning. A sequence learning model will be implemented in MeTTa, designed to learn in real-time and continuously predict future events. The model is capable of continual learning without experiencing catastrophic forgetting. Additionally, its internal states will be visualized, enabling users to interpret and explain the model's behavior. This demo aims to showcase the development of a relatively complex MeTTa project and demonstrate how MeTTa can be utilized in advanced AI 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.
In order to protect this proposal from being copied, all details are hidden until the end of the submission period. Please come back later to see all details.
In this phase, some basic data-structures that are needed in the sequence learning model will be implemented, including "Column", "Node", "Layer", "Link", "Bundle", "Memory", "TruthValue", and so on. For each of the type, the related basic functions will implemented. Test-cases will be defined and implemented.
The MeTTa code for the related type definitions and functions. as well as the test-cases.
$6,250 USD
1. The MeTTa code can be executed. 2. The test-cases are passed.
Implement the functions related to the reasoning and learning processes, including "step", "hypothesize", "revise", and so on. Test-cases will be defined and implemented.
The MeTTa code for the related functions. as well as the test-cases.
$6,250 USD
1. The MeTTa code can be executed. 2. The test-cases are passed.
Complete the core of the program, which learns and reasons in real time. The system accept one event as input at each timestep, and predict future events for the next step.
The MeTTa code for the system core, and the code for experiments that show the system's performance (i.e., prediction accuracy).
$6,250 USD
1. The prediction accuracy reaches the theoretically maximum.
Visualize the system's states in Python. Draw the whole network, and mark the internal states with different colors. Draw the accuracy curve in real time.
1. The python code that visualize the experiment.
$6,250 USD
1. Succesfully show the dynamics of the system. 2. Succesfully show the accuracy curve in real time.
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