Methods of operating and implementing wireless communications systems

A system comprising at least one wireless transmitter device, each said at least one wireless transmitter device having a wireless transmitter device location and velocity, each said at least one wireless transmitter device configured to automatically wirelessly transmit a plurality of symbols through a multi-dimensional data channel to at least one wireless receiver device with a wireless receiver device location and velocity;

• said multi-dimensional data channel comprising at least two dimensions of space and one dimension of time;
• wherein said at least some of said plurality of symbols comprise a plurality of data symbols;
• said multi-dimensional data channel further comprising at least one wireless reflector, each said at least one wireless reflector comprising a reflector location, velocity, and at least one coefficient of wireless reflection;
• wherein channel response parameters of said multi-dimensional data channel are determined by at least relative positions, relative velocities, and said coefficients of wireless reflection of each said at least one wireless transmitter device, said at least one wireless receiver device, and said at least one wireless reflector;
• each said at least one transmitter device comprising:
• at least one processor, memory, at least one processor-controlled wireless transmitter component configured to transmit wireless signals at a plurality of frequencies, and at least one antenna;
• and said at least one transmitter device further configured to use said at least one antenna to wirelessly transmit said symbols as wireless waveform bursts, thereby producing originally transmitted wireless waveform bursts.

A system comprising at least one wireless receiver device, each said at least one wireless receiver device comprising a wireless receiver device location and velocity, each said at least one wireless receiver device configured to automatically wirelessly receive a plurality of symbols transmitted through a multi-dimensional data channel by least one wireless transmitter device with a wireless transmitter device location and velocity;

• wherein at least some of said plurality of symbols comprise a plurality of data symbols, previously transmitted as a plurality originally transmitted wireless waveform bursts;
• said multi-dimensional data channel comprising at least two dimensions of space and one dimension of time;
• said multi-dimensional data channel further comprising at least one wireless reflector, each said at least one wireless reflector comprising a reflector location, velocity, and at least one coefficient of wireless reflection;
• wherein upon propagation through said multi-dimensional data channel, said originally transmitted wireless waveform bursts travel over at least one path, said at least one path, comprising at least one of:
• a:
• originally transmitted wireless waveform bursts traveling directly from said at least one wireless transmitter to said at least one wireless receiver device as direct wireless waveform bursts;
• and/or
• b:
• originally transmitted waveform bursts reflecting off of said at least one wireless reflector before reaching said at least one wireless receiver device, thereby producing time delayed and Doppler frequency shifted reflected wireless waveform bursts at said at least one wireless receiver device;
• wherein at said at least one wireless receiver device, a resulting combination of any said direct wireless waveforms bursts and any said reflected wireless waveform bursts produces channel convoluted waveform bursts;
• wherein channel response parameters of said multi-dimensional data channel are determined by at least relative positions, relative velocities, and properties of said at least one wireless transmitter device, said wireless receiver device, and said at least one wireless reflector;
• said wireless receiver device comprising:
• at least one processor-controlled wireless receiver component configured to receive wireless signals at a plurality of frequencies, at least one processor, memory, and at least one antenna;
• said at least one processor configured to use said at least one wireless receiver component, at least one antenna, and memory to receive said convoluted waveform bursts or pilot symbol waveform bursts, and determine channel response parameters;
• said at least one processor further configured to use said channel response parameters and said memory to deconvolute received channel convoluted waveform bursts, thereby deriving at least an approximation of said originally transmitted waveform bursts;
• said at least one processor further configured to use said memory to extract said plurality of data symbols from said approximation of said originally transmitted waveform bursts, thereby receiving said plurality of data symbols.