System and method for intregrated wireless data transmission with implicit location and timestamp with a location symbol

A method for integrated wireless data transmission with implicit location and timestamp, the method comprising:

• constructing, via a processor, a first data packet comprised of one or more preamble symbols, one or more header symbols, one or more data symbols, and one or more location symbols, the one or more location symbols comprising a frequency-rich pulse having a complex waveform with a plurality of different frequencies and different phases;
• transmitting, via at least one wireless transmitter, the first data packet via radio frequency;
• and
• receiving, via at least one wireless receiver, the first data packet and decoding it into a second packet comprised of one or more preamble symbols, one or more header symbols, one or more data symbols, and one or more location symbols, the decoding of the one or more location symbols comprising analyzing of corresponding frequency shifts and phase shifts in the frequency-rich pulse to determine a distance from the transmitter.

A device for integrated wireless data transmission with implicit location and timestamp, the device comprising:

• at least one wireless transmitter with a processor configured to:
• construct a packet comprised of one or more preamble symbols, one or more header symbols, one or more data symbols, and one or more location symbols, the one or more location symbols comprising a frequency-rich pulse having a complex waveform with a plurality of different frequencies and different phases;
• and
• transmit the packet via radio frequency;
• wherein;
• the transmitter is implemented to work with another device or system that can receive the packet and decode it into a packet comprised of one or more preamble symbols, one or more header symbols, one or more data symbols, and one or more location symbols, the decoding of the one or more location symbols comprising analyzing of corresponding frequency shifts and phase shifts in the frequency-rich pulse to determine a distance from the transmitter.