Multiple Bit Encoding for Wireless Transmission Security

The patent divides the single-bit representation into multiple bit representations for each data bit. Instead of using one bit pattern per data bit, the system uses multiple different bit patterns (e.g., first bit representation, second bit representation, third bit representation) to represent the same data bit value. This segmentation of the bit representation space increases the number of possible code combinations without requiring additional hardware components, thereby improving security while maintaining relatively simple device complexity.

The patent changes the parameter of bit representation by implementing multiple different bit patterns (first, second, third bit representations) that can be used to represent the same data bit. This parameter change in the encoding scheme allows the system to generate over 60 million possible code combinations using the same physical hardware, improving security without significantly increasing device complexity.

The patent implements a universal encoding scheme where multiple bit representations can be used with existing OOK wireless transmission hardware. The same transmitter and receiver can handle multiple bit representations without requiring different hardware for each encryption method. This multi-functionality allows the system to achieve enhanced security through software/firmware encoding variations rather than requiring additional expensive hardware encryption modules, thereby improving security while controlling cost.

The patent creates multiple copies or variations of bit representations (first bit representation, second bit representation, third bit representation) that can represent the same data bit. Instead of using a single bit pattern, the system uses multiple copied/varied bit patterns to increase security. This approach allows existing hardware to be used more efficiently with enhanced security through encoding variations rather than requiring expensive additional encryption hardware.

The patent segments the bit representation space into multiple distinct bit representations (first, second, third bit representations) that can be used to encode the same data bit. This segmentation allows the system to generate over 60 million possible code combinations by combining different bit representations across multiple data bits, achieving enhanced security while maintaining manageable device complexity through systematic encoding rather than complex hardware.

The patent implements a dynamic encoding scheme where multiple different bit representations can be used flexibly to represent data bits. The system can dynamically select from multiple bit representations (first, second, third bit representations) to encode information, creating over 60 million possible code combinations. This dynamic approach allows enhanced security through varied encoding without requiring proportionally complex hardware, as the complexity is managed through software/firmware control of the encoding process.