Systems and methods for use in communicating data

A method of communicating data, wherein said method comprises:

• receiving at least one message, via a transmitter, wherein the at least one message corresponds to at least one set of data received from at least one first user;
• generating at least one signal that corresponds to the received at least one message, via a modulating device within the transmitter, wherein
• the at least one signal is representative of at least one sequence of a plurality of hopping patterns that correspond to the at least one first user,
• subsequent hops within the one sequence include different frequencies, and
• the one sequence includes orthogonal frequency hops;
• coupling a receiver to the transmitter to enable communication between the receiver and the transmitter;
• transmitting the at least one signal from the transmitter to the receiver;
• identifying the at least one sequence of the plurality of hopping patterns via a demodulating device within the receiver;
• determining at least one variable that corresponds to the at least one sequence of the plurality of hopping patterns based, at least in part, on a phase offset between the at least one sequence of the plurality of hopping patterns and a reference signal;
• and
• generating at least one output that is based on the determined at least one variable, wherein the at least one output is displayed such that at least one second user is enabled to view the at least one output simultaneously.

A system comprising:

• a transmitter assembly comprising:
• a first computing device configured to receive at least one set of data from at least one first user, said first computing device is further configured to generate at least one message that corresponds to the at least one set of data;
• a transmitter coupled to said first computing device, wherein said transmitter is configured to receive the at least one message, said transmitter comprising a modulating device configured to generate at least one signal that corresponds to the received at least one message, wherein
• the at least one signal is representative of at least one sequence of a plurality of hopping patterns that correspond to the at least one first user,
• subsequent hops within the one sequence include different frequencies, and
• the one sequence includes orthogonal frequency hops;
• and
• a receiver assembly in communication with said transmitter assembly, wherein said receiver assembly comprises:
• a receiver configured to receive the at least one signal, said receiver comprising a demodulating device configured to:
• identify the at least one sequence of the plurality of hopping patterns;
• determine at least one variable that corresponds to the at least one sequence of the plurality of hopping patterns based, at least in part, on a phase offset between the at least one sequence of the plurality of hopping patterns and a reference signal;
• and
• generate at least one output that is based on the determined at least one variable;
• and
• a second computing device coupled to said receiver, wherein said second computing device is configured to display the at least one output such that at least one second user is enabled to view the at least one output simultaneously.