The ggwave technology, on which the gibberlink project relies as its core technology, provides the basis for a reliable audio-level protocol implementation. This audio communication protocol has the following key features:
- High-frequency audio codec capability
- adaptive modem technology
- Low latency transmission characteristics
- Good anti-interference capability
In the gibberlink project, the ggwave technology takes on three main aspects:
- Encoding digital data into audio signals
- Transmission of coded data via acoustic medium
- Decode the audio signal on the receiving end to restore the information
In practice, developers can utilize the online decoding tool provided by ggwave to view the communication content in real time, which greatly facilitates system debugging and functional verification. Test data shows that the decoding accuracy of this technology can reach over 95% under ideal environment.
By integrating ggwave technology, gibberlink achieves data transmission efficiency and reliability that is difficult to achieve with traditional voice communications.
This answer comes from the articlegibberlink: a demonstration project for efficient audio communication between two AI intelligencesThe
