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In the VirtualWire library, it is possible to encode the clock signal as the library is doing with 4b/6b coding. This is possible because VirtualWire uses convolutinal coding, where the information is spread along the sequence. But, is the same possible for linear block coding, such as LDPC/Hamming?

Otherwise, if it is not possible, then how would I best deal with the signal going out of sync with serial communication, given I want to use LDPC coding.

Lastly, the reason I am using serial communication is because I will have numerous nodes in my wireless mesh network, so to my knowledge, for the sake of: speed, power efficiency, scalability, ease of implementation, etc, serial communication works best. But has anyone had better luck with any other types of communication that can take care of the sync problem, while accounting for speed, power efficiency, scalability, etc?

EDIT: The way I am doing wireless communication is by using simple rf receivers and transmitters. Thus, they communication channel isn't very reliable without some error correction. And I don't want to use the existing VirtualWire's convolutional error correction. I want to use LDPC codes, developed by Radford Neal. My goal is to first create a stable channel from one Arduino to another. Then, I will implement the network.

In the VirtualWire library, it is possible to encode the clock signal as the library is doing with 4b/6b coding. This is possible because VirtualWire uses convolutinal coding, where the information is spread along the sequence. But, is the same possible for linear block coding, such as LDPC/Hamming?

Otherwise, if it is not possible, then how would I best deal with the signal going out of sync with serial communication, given I want to use LDPC coding.

Lastly, the reason I am using serial communication is because I will have numerous nodes in my wireless mesh network, so to my knowledge, for the sake of: speed, power efficiency, scalability, ease of implementation, etc, serial communication works best. But has anyone had better luck with any other types of communication that can take care of the sync problem, while accounting for speed, power efficiency, scalability, etc?

EDIT: The way I am doing wireless communication is by using simple rf transceivers. There will by one transceiver per node and I am trying to create a stable channel between one node to another. The communication channel isn't very reliable without some error correction. And I don't want to use the existing VirtualWire's convolutional error correction. I want to use LDPC codes, developed by Radford Neal. My goal is to first create a stable channel from one Arduino to another. Then, I will implement the network.

In the VirtualWire library, it is possible to encode the clock signal as the library is doing with 4b/6b coding. This is possible because VirtualWire uses convolutinal coding, where the information is spread along the sequence. But, is the same possible for linear block coding, such as LDPC/Hamming?

Otherwise, if it is not possible, then how would I best deal with the signal going out of sync with serial communication, given I want to use LDPC coding.

Lastly, the reason I am using serial communication is because I will have numerous nodes in my wireless mesh network, so to my knowledge, for the sake of: speed, power efficiency, scalability, ease of implementation, etc, serial communication works best. But has anyone had better luck with any other types of communication that can take care of the sync problem, while accounting for speed, power efficiency, scalability, etc?

In the VirtualWire library, it is possible to encode the clock signal as the library is doing with 4b/6b coding. This is possible because VirtualWire uses convolutinal coding, where the information is spread along the sequence. But, is the same possible for linear block coding, such as LDPC/Hamming?

Otherwise, if it is not possible, then how would I best deal with the signal going out of sync with serial communication, given I want to use LDPC coding.

Lastly, the reason I am using serial communication is because I will have numerous nodes in my wireless mesh network, so to my knowledge, for the sake of: speed, power efficiency, scalability, ease of implementation, etc, serial communication works best. But has anyone had better luck with any other types of communication that can take care of the sync problem, while accounting for speed, power efficiency, scalability, etc?

EDIT: The way I am doing wireless communication is by using simple rf receivers and transmitters. Thus, they communication channel isn't very reliable without some error correction. And I don't want to use the existing VirtualWire's convolutional error correction. I want to use LDPC codes, developed by Radford Neal. My goal is to first create a stable channel from one Arduino to another. Then, I will implement the network.

In the VirtualWire library, it is possible to encode the clock signal as the library is doing with 4b/6b coding. This is possible because VirtualWire uses convolutinal coding, where the information is spread along the sequence. But, is the same possible for linear block coding, such as LDPC/Hamming?

Otherwise, if it is not possible, then how would I best deal with the signal going out of sync with serial communication, given I want to use LDPC coding.

Lastly, the reason I am using serial communication is because I will have numerous nodes in my wireless mesh network, so to "my knowledge," for the sake of: speed, power efficiency, scalability, ease of implementation, etc, serial communication works best. But has anyone had better luck with any other types of communication that can take care of the sync problem, while accounting for speed, power efficiency, scalability, etc?

In the VirtualWire library, it is possible to encode the clock signal as the library is doing with 4b/6b coding. This is possible because VirtualWire uses convolutinal coding, where the information is spread along the sequence. But, is the same possible for linear block coding, such as LDPC/Hamming?

Otherwise, if it is not possible, then how would I best deal with the signal going out of sync with serial communication, given I want to use LDPC coding.

Lastly, the reason I am using serial communication is because I will have numerous nodes in my wireless mesh network, so to my knowledge, for the sake of: speed, power efficiency, scalability, ease of implementation, etc, serial communication works best. But has anyone had better luck with any other types of communication that can take care of the sync problem, while accounting for speed, power efficiency, scalability, etc?