Method of communication

A method of communication comprising:

• determining whether to use a distributed coding between a S, R and D, based on a predetermined transmission rate;
• if it is determined to use the distributed coding, determining a forward error correction scheme for the distributed coding, wherein the scheme includes distributed Alamouti space-time coding, and wherein the scheme is determined based on the predetermined transmission rate, a channel SNR and a network topology;
• and
• decode and forward relaying space-time block coded data from the S to the D using the determined scheme wherein the network topology is selected from the group consisting of a relay network, a CMAC network, a MARC network and a BRC network.

A method of communication comprising:

• determining whether to use a distributed coding between a S, R and D, based on a predetermined transmission rate;
• if it is determined to use the distributed coding, determining a forward error correction scheme for the distributed coding, wherein the scheme includes distributed Alamouti space-time coding, and wherein the scheme is determined based on the predetermined transmission rate, a channel SNR and a network topology;
• and
• decode and forward relaying space-time block coded data from the S to the D using the determined scheme wherein the determined scheme includes a plurality of slots in the time domain, a first slot being used by S to transmit a code word, if R can decode the code word then in a subsequent slot the relaying coded data is done cooperatively by the S and R.

A method of communication comprising:

• determining whether to use a distributed coding between a S, R and D, based on a predetermined transmission rate;
• if it is determined to use the distributed coding, determining a forward error correction scheme for the distributed coding, wherein the scheme includes distributed Alamouti space-time coding, and wherein the scheme is determined based on the predetermined transmission rate, a channel SNR and a network topology;
• and
• decode and forward relaying space-time block coded data from the S to the D using the determined scheme wherein a code word is optimized based on the channel SNR.

A method of communication comprising:

• determining whether to use a distributed coding between a S, R and D, based on a predetermined transmission rate;
• if it is determined to use the distributed coding, determining a forward error correction scheme for the distributed coding, wherein the scheme includes distributed Alamouti space-time coding, and wherein the scheme is determined based on the predetermined transmission rate, a channel SNR and a network topology;
• and
• decode and forward relaying space-time block coded data from the S to the D using the determined scheme using ODMA, TDMA, OFDMA, SC-FDMA, DFT-Spread-OFDM or SDMA.

A RS configured to communicate with a plurality of UE according to a method of communication comprising:

• determining whether to use a distributed coding between a S, R and D, based on a predetermined transmission rate;
• if the it is determined to use the distributed coding, determining a forward error correction scheme for the distributed coding, wherein the scheme includes distributed Alamouti space-time coding, and wherein the scheme is determined based on the predetermined transmission rate, a channel SNR and a network topology;
• and
• decode and forward relaying space-time block coded data from the S to the D using the determined scheme, wherein determining the scheme includes selecting an additional coding technique from the group consisting of distributed turbo coding, enhanced turbo coding and multiple turbo coding.

A RS configured to communicate with a BS according to a method of communication comprising:

• determining whether to use a distributed coding between a S, R and D, based on a predetermined transmission rate;
• if it is determined to use the distributed coding, determining a forward error correction scheme for the distributed coding, wherein the scheme includes distributed Alamouti space-time coding, and wherein the scheme is determined based on the predetermined transmission rate, a channel SNR and a network topology;
• and
• decode and forward relaying space-time block coded data from the S to the D using the determined scheme, wherein determining the scheme includes selecting an additional coding technique from the group consisting of distributed turbo coding, enhanced turbo coding and multiple turbo coding.

A BS configured to communicate with a plurality of UE according to a method of communication comprising:

• determining whether to use a distributed coding between a S, R and D, based on a predetermined transmission rate;
• if it is determined to use the distributed coding, determining a forward error correction scheme for the distributed coding, wherein the scheme includes distributed Alamouti space-time coding, and wherein the scheme is determined based on the predetermined transmission rate, a channel SNR and a network topology;
• and
• decode and forward relaying space-time block coded data from the S to the D using the determined scheme, wherein determining the scheme includes selecting an additional coding technique from the group consisting of distributed turbo coding, enhanced turbo coding and multiple turbo coding.

A communications network configured to communicate according to a method of communication comprising:

• determining whether to use a distributed coding between a S, R and D, based on a predetermined transmission rate;
• if it is determined to use the distributed coding, determining a forward error correction scheme for the distributed coding, wherein the scheme includes distributed Alamouti space-time coding, and wherein the scheme is determined based on the predetermined transmission rate, a channel SNR and a network topology;
• and
• decode and forward relaying space-time block coded data from the S to the D using the determined scheme, wherein determining the scheme includes selecting an additional coding technique from the group consisting of distributed turbo coding, enhanced turbo coding and multiple turbo coding.

A UE configured to communicate with a BS according to a method of communication comprising:

• determining whether to use a distributed coding between a S, R and D, based on a predetermined transmission rate;
• if the it is determined to use the distributed coding, determining a forward error correction scheme for the distributed coding, wherein the scheme includes distributed Alamouti space-time coding, and wherein the scheme is determined based on the predetermined transmission rate, a channel SNR and a network topology;
• and
• decode and forward relaying space-time block coded data from the S to the D using the determined scheme, wherein determining the scheme includes selecting an additional coding technique from the group consisting of distributed turbo coding, enhanced turbo coding and multiple turbo coding.

An integrated circuit or processor including stored instructions, the instructions when executed control communication between a BS and a UE according to a method of communication comprising:

• determining whether to use a distributed coding between a S, R and D, based on a predetermined transmission rate;
• if the it is determined to use the distributed coding, determining a forward error correction scheme for the distributed coding, wherein the scheme includes distributed Alamouti space-time coding, and wherein the scheme is determined based on the predetermined transmission rate, a channel SNR and a network topology;
• and
• decode and forward relaying space-time block coded data from the S to the D using the determined scheme, wherein determining the scheme includes selecting an additional coding technique from the group consisting of distributed turbo coding, enhanced turbo coding and multiple turbo coding.