| 摘要 |
A method is provided for processing a digital information set having a plurality of information bytes. The method comprises receiving the information set, determining a set of initialization parameters, initializing a set of state variables using the set of initialization parameters, and generating a plurality of cryptors, each cryptor being a virtual dynamic array containing a monoalphabetic cipher. The method further comprises modifying the state variables and one or more of the cryptors, setting the index value for each cryptor in the plurality of cryptors; and selecting an ordered cryptor subset to be applied to an information byte. The information byte is processed using the ordered cryptor subset to produce a processed information byte. If the information byte is a plaintext byte, the processed byte is an encrypted byte, and vice versa. The actions of modifying, setting, selecting, and processing are then repeated for each remaining information byte. |
| 主权项 |
1. A computer-implemented method performed by one or more data processors, for processing a digital information set having a plurality of digital information bytes, the computer-implemented method comprising:
initializing a set of state variables and storing the set of state variables in a non-transitory storage medium; generating, using the one or more data processors, a set of cryptors comprising a plurality of cryptors and storing the plurality of cryptors in the non-transitory storage medium, each cryptor being a virtual dynamic array containing a monoalphabetic cipher and having an associated index value representing a rotational position of the cryptor; pseudo-randomly modifying, using the one or more data processors, one or more values included within one or more of the set consisting of:
the state variables, andthe plurality of cryptors; pseudo-randomly selecting, based on the state variables and using the one or more data processors, an ordered cryptor subset of the plurality of cryptors to be sequentially applied to a digital information byte; pseudo-randomly setting the index value for each cryptor in the ordered cryptor subset; processing, using the one or more data processors, a selected one of the plurality of digital information bytes using the ordered cryptor subset to produce a processed digital information byte, wherein the action of processing a selected one of the plurality of digital information bytes includes:
sequentially applying each cryptor in the ordered cryptor subset to an input byte, the input byte for a first cryptor application being the selected one of the plurality of information bytes and for each subsequent cryptor application, the input byte being a resultant output byte from the preceding cryptor application, the processed information byte being the output byte from a final cryptor application; repeating the actions of pseudo-randomly modifying, pseudo-randomly selecting, pseudo-randomly setting, and processing for each remaining digital information byte of the digital information set, each performance cycle of the actions of pseudo-randomly modifying, pseudo-randomly selecting, pseudo-randomly setting, and processing constituting a process iteration; and assembling the processed digital information bytes from all process iterations to form an output digital information set, wherein the action of pseudo-randomly modifying the plurality of cryptors includes modifying at least one cryptor of the plurality of cryptors independently of each other cryptor of the plurality of cryptors. |
