Wireless transmission of samples encoded using spread spectrum video transport

A receiver apparatus for receiving one or more ordered series of L analog input values from an electromagnetic pathway, said apparatus comprising:

• an antenna configured to receive a wireless broadcast of one or more carrier frequencies, the one or more carrier frequencies having one or more ordered series of L analog input values modulated thereon respectively;
• a wireless receiver including one or more demodulators configured to demodulate the one or more ordered series of L analog input values from the one or more carrier frequencies respectively;
• one or more decoders, each decoder decoding respectively one of said ordered series of L analog input values with reference to a predetermined code set of N mutually-orthogonal codes each of length L into an output vector of N analog samples, each of said N codes being used to decode one of said N analog samples, wherein said predetermined code set is the same as a code set used to encode said one or more ordered series of L analog input values;
• and
• a permuter that collects said N analog samples from said each output vector to one or more reconstructed sampled video signals using a predetermined permutation which is the inverse of a permutation used in a transmitter apparatus corresponding to said receiver apparatus.

A transmitter apparatus for transmitting an input payload of one or more sampled digital video signals over a wireless electromagnetic pathway, said transmitter comprising:

• a permuter that assigns digital samples from said input payload to locations in one or more indexed input vectors of N locations each using a pre-determined permutation, each location in said indexed input vectors receiving one of said digital samples;
• one or more encoders, each encoder encoding respectively said N digital samples of one of said one or more input vectors with reference to a predetermined code set of N mutually-orthogonal codes each of length L into an ordered series of L output digital values, each of said N codes being used to encode one of said N digital samples;
• at least one digital-to-analog converter that converts said one or more ordered series of L output digital values into L output analog values;
• a wireless transmitter including one or more modulators each modulator being configured to modulate one of said ordered series of L analog output values onto one or more carrier frequency signals respectively;
• and
• an antenna configured to wirelessly broadcast the one or more ordered series of L analog output values modulated onto the one or more carrier frequencies respectively.

A receiver apparatus for receiving one or more ordered series of L analog input values from an electromagnetic pathway, said apparatus comprising:

• an antenna configured to receive a wireless broadcast of one or more carrier frequencies, the one or more carrier frequencies having one or more ordered series of L analog input values modulated thereon respectively;
• a wireless receiver including one or more demodulators configured to demodulate the one or more ordered series of L analog input values from the one or more carrier frequencies respectively;
• at least one analog-to-digital converter that converts each of said L analog input values into L digital input values;
• one or more decoders, each decoder decoding respectively one of said ordered series of L digital input values with reference to a predetermined code set of N mutually-orthogonal codes each of length L into an output vector of N digital samples, each of said N codes being used to decode one of said N digital samples, wherein said predetermined code set is the same as a code set used to encode said ordered series of L digital input values;
• and
• a permuter that collects said N digital samples from said each output vector to one or more reconstructed sampled video signals using a predetermined permutation which is the inverse of a permutation used in a transmitter apparatus corresponding to said receiver apparatus.