Genetic storage and analysis method and system based on comprehensive information of physical image
A technology of image synthesis and analysis methods, applied in transmission systems, digital transmission systems, safety communication devices, etc., can solve problems such as database difficulty, use, and core images without geological information
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Embodiment 1
[0032] The embodiment of the present invention provides a genetic storage and analysis method based on the comprehensive information of physical images, including a forward storage method and a reverse analysis method. The forward storage method has a schematic flow chart, as shown in figure 1 As shown, the forward storage method includes the following steps,
[0033] Convert the text-type physical image comprehensive information data S into BYTE binary physical image comprehensive information data, and perform basic encryption on the BYTE binary physical image comprehensive information data to obtain ciphertext D1;
[0034] Randomly generate a dynamic key set M2, obtain a random code K according to the comprehensive information data S of the physical image, determine the core key MK2 according to the random code K and the dynamic key set M2, and determine the core key MK2 according to the core key MK2 and the ciphertext D1 , to obtain the dynamically encrypted ciphertext D2; ...
Embodiment 2
[0048] The embodiment of the present invention also provides a genetic storage and analysis method based on the comprehensive information of the physical image, the comprehensive information of the physical image is specifically the geological information of the core image,
[0049] The genetic formula storage and analysis method based on the comprehensive information of the physical image includes a forward storage method and a reverse analysis method, and the forward storage method includes the following steps,
[0050] Converting the text-type geological information data S into BYTE-type binary geological information data, and performing basic encryption on the BYTE-type binary geological information data to obtain ciphertext D1;
[0051] Randomly generate a dynamic key set M2, obtain a random code K according to the geological information data S, determine the core key MK2 according to the random code K and the dynamic key set M2, and obtain Dynamically encrypted ciphertex...
Embodiment 3
[0233] An embodiment of the present invention provides a genetic storage and analysis system based on comprehensive information of physical images, including a forward storage system and a reverse analysis system. The forward storage system specifically includes a basic encryption module, a dynamic encryption module and a hybrid encryption module. The reverse analysis system specifically includes a hybrid decryption module, a dynamic decryption module and a basic decryption module;
[0234] The basic encryption module is used to convert the text-type physical image comprehensive information data S into BYTE binary physical image comprehensive information data, and perform basic encryption on the BYTE binary physical image comprehensive information data to obtain ciphertext D1;
[0235] The dynamic encryption module is used to randomly generate a dynamic secret key set M2, obtain a random code K according to the physical image comprehensive information data S, determine the core...
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