How it works
Last updated
Last updated
Dolphin Agent is an advanced AI system designed to continuously and accurately collect, process, and deliver data. Operating like an AI Radar, Dolphin Agent scans information based on user habits, filters out irrelevant noise, and provides objective results. Below is a detailed breakdown of its working mechanism:
Data Collection Model Dolphin Agent gathers data through specialized modules known as Crawlers, which collect both verified and unverified information. Once collected, the data undergoes an initial evaluation using a Data Evaluation Mechanism, where its relevance and importance are assessed.
The evaluated data is then transferred to a central repository, the Data Warehouse, where initial filtering takes place. From here, the data is sent to the Core Processing Unit, undergoing further processing before reaching the final stage of analysis.
Once data reaches the Data Processing phase, it is handled by an Information Processing Unit for further refinement.
Re-Evaluation: A component called the Judge Processor determines which data is critical, useful, or noisy.
Decision Making: The Judge Processor decides whether the processed data should be returned as feedback or discarded.
Handling Bad or Noisy Data
Noisy or irrelevant data identified by the Judge Processor is either reprocessed or discarded.
Unimportant data is deprioritized to focus resources on processing meaningful and relevant information.
This ensures that Dolphin Agent delivers accurate and objective results to users.
Users can interact with Dolphin Agent by tagging @Dolphin_Agent and asking questions or requesting data retrieval. Dolphin Agent responds automatically to queries based on its processed and filtered dataset.
To optimize results:
Prioritize Key Information at the beginning of your request.
Use UPPERCASE for key terms like $SUI to emphasize importance.
Ex : https://x.com/Kaji__Hayashi/status/1871227179750862901
Dolphin Agent continuously improves its performance through user feedback, making it a highly efficient and adaptive system for data retrieval and analysis.
