1. A very low bit rate communication system comprising at a first location and at a second location: A) a voice-to-text module including a microphone adapted to convert a speaker's voice to text, B) a first processor programmed with: 1) software to separate the text into individual words, 2) a first dictionary which providing a pre-assigned a specific multi-bit numeric value for each of a large number of individual words, 3) software to create a numeric stream from multi-bit numeric values, C) a transmitter adapted to transmit the numeric stream to a receiver; D) a receiver adapted to receive the numeric stream, E) a second processor programmed with: 1) a second dictionary identical or substantially identical to the first dictionary, 2) software to convert the numeric stream to text stream utilizing the second dictionary, and F) a text-to-speech module for converting the text stream to speech including a speaker to broadcast the speech.
1. A very low bit rate communication system comprising at a first location and at a second location: A) a voice-to-text module including a microphone adapted to convert a speaker's voice to text, B) a first processor programmed with: 1) software to separate the text into individual words, 2) a first dictionary which providing a pre-assigned a specific multi-bit numeric value for each of a large number of individual words, 3) software to create a numeric stream from multi-bit numeric values, C) a transmitter adapted to transmit the numeric stream to a receiver; D) a receiver adapted to receive the numeric stream, E) a second processor programmed with: 1) a second dictionary identical or substantially identical to the first dictionary, 2) software to convert the numeric stream to text stream utilizing the second dictionary, and F) a text-to-speech module for converting the text stream to speech including a speaker to broadcast the speech. 10. The system as in claim 1 wherein the system is adapted for virtual reality applications.