9results about How to "Avoid illegal acquisition" patented technology

The invention discloses a cultural ruin and image digital protection system and restoration method, and relates to the technical field of cultural heritage protection, and the system comprises a digital collection module, an intelligent restoration module, a diversified transmission module, and a safety protection and copyright protection module. And the digital acquisition module is used for carrying out all-directional and multi-angle digital acquisition on the cultural ruins by adopting high-precision three-dimensional scanning, unmanned aerial vehicle aerial photography and high-definition camera shooting technologies. According to the cultural ruin and image digital protection system and restoration method provided by the invention, through high-precision three-dimensional scanning, unmanned aerial vehicle aerial photography and high-definition camera shooting technologies, the cultural ruin can be digitally acquired in an omnibearing and multi-angle manner, and accurate three-dimensional models, high-definition texture images and video data are acquired; the public participation sense and interactivity are enhanced, the situation that resources are illegally obtained and used is effectively prevented, and powerful legal and technical guarantee is provided for digital protection of cultural heritage.

The invention provides a data acquisition method and system based on a dynamic encryption technology, and the system comprises a system acquisition module, a dynamic encryption module, a data transmission module, a data receiving module, a decryption verification module, and a safety monitoring module. The data acquisition method based on the dynamic encryption technology comprises the following steps that S1, a terminal initiates a data query request; s2, acquiring service source data from the data source; s3, dynamically encrypting and transmitting the data; s4, carrying out decryption processing on the data; s5, carrying out real-time monitoring; according to the method provided by the invention, by dynamically modifying the encryption key and the data content, the security of the data in the storage and transmission process is improved, and the data is effectively prevented from being illegally acquired or cracked; the data acquisition module can quickly and accurately read the data from the data source, and the data is encrypted through the dynamic encryption module, so that the data acquisition efficiency is improved.

The present invention relates to the field of monitoring and maintenance management systems, and provides an inter-plant information monitoring and maintenance management system; an information monitoring module is used for real-time monitoring of inter-plant information data, and sending it to a data analysis module and a decision and restriction module; the data analysis module performs production efficiency analysis, fault identification and status prediction on the data transmitted by the information detection module, and the decision and restriction module generates a user authority restriction token and an inter-plant information report, and sends it to a user operation module; the user operation module is used for displaying the inter-plant information that can be obtained by users with different authorities according to the authority restriction token and the information transmitted by the data analysis module, and sending early warning information according to the fault identification result; the present invention improves the overall planning capability of the inter-plant area through the data analysis module, effectively avoids the leakage and improper use of sensitive information through the decision and restriction module, and ensures the normal production operation of the plant area.

This application relates to a data encryption method, a risky data processing method, an apparatus, a computer device, and a storage medium. The method includes: acquiring application source code data; compiling the application source code data to obtain first application compiled data; replacing the signature encryption public key in the first application compiled data with a simulated public key to obtain second application compiled data. If a data encryption request is received, the method acquires the data to be processed corresponding to the data encryption request, restores the second application compiled data to the first application compiled data, and performs encryption and signature processing on the data to be processed based on the signature encryption public key in the first application compiled data to obtain encrypted signature data. This method can reduce the risk of leakage of the signature encryption public key, as well as information leakage and resource loss to the platform and users, and improve the efficiency of information security protection.

The invention discloses an intelligent receiving method, an intelligent sending method, electronic equipment and a storage medium, and the receiving method comprises the steps: generating reservation order information based on an express; based on the booking order information, binding a receiving number; each receiving number corresponds to a unique user, and each receiving number corresponds to one or more receiving addresses; determining a receiving address of the booking order information based on the receiving number, and generating order information; the receiving address in the order information is encrypted, and the receiving address is obtained after the receiving number is verified, so that intelligent receiving process management is realized, related information can be conveniently associated and managed through binding of the receiving number, and the consistency and continuity of the information are ensured.

The invention discloses an equal-length symmetric encryption and decryption method based on a Josephh ring concept, and the method comprises the steps: setting two random keys key1 and key2 which are respectively used for the conversion from a plaintext to a numerical value and the conversion from the numerical value to a ciphertext; setting a variable parameter step of the Josephh ring; encrypting the plaintext by using the Josephh ring parameter; and analyzing the ciphertext by using Josephh ring inverse conversion. The method has the beneficial effects that two complex and efficient modes of key conversion and Josephh ring conversion are combined, and the difficulty of ciphertext decoding is greatly improved. In this way, the security of the encrypted character string is ensured, and the information is effectively prevented from being illegally acquired and utilized. According to the method, encryption is carried out under the condition that the length of the original character string is not changed, it is ensured that the length of the encrypted ciphertext is completely the same as the length of the plaintext, the effectiveness and readability of information are ensured, and the transmission problem caused by the too long ciphertext is avoided.

The present invention relates to a copyright protection method and system based on blockchain and timestamp technology. The copyright protection method includes: the author uploads the electronic file of the work and registers the work; the public key and private key are assigned to the electronic file of the work and encrypted with a digital watermark; the encrypted electronic file of the work is authenticated with a timestamp, and the electronic file of the work encrypted with a digital watermark, the creation time, geographical location, person, and the timestamp authentication file are used to form the work identity description information, and the digital authentication information of the work is generated by the public key through a hash function; the digital authentication information of the work is stored in the blockchain. The present invention can improve the traceability and anti-counterfeiting effect, security, non-tamperability and judicial efficiency of the work.

This invention discloses a digital key sharing method, apparatus, smart device, and medium. The method includes: a vehicle owner's device identifying a target friend's device based on an NFC channel and establishing a near-field secure communication channel with the target friend's device; detecting whether preset sharing confirmation conditions are met; and if the preset sharing confirmation conditions are met, sending shared key information to the target friend's device through the near-field secure communication channel; the shared key information carries application information for retrieving the shared key, and the target friend's device executes a preset shared key retrieval process according to the application information. This invention achieves digital key sharing through near-field interaction, offering high security and convenient operation, and can also provide users with a refreshing sharing experience through animated feedback.

The invention discloses an intelligent video stream batch processing optimization system, which is characterized in that abnormal parameters of each monitoring area in a preset time interval before a starting point are extracted and calculated to obtain a processing evaluation index, and video stream data of the monitoring areas are sorted according to the size of the index, so that accurate priority evaluation is realized; according to the method, important video data can be processed preferentially, meanwhile, a time axis coordinate system is established with a preset time interval as a boundary, an anomaly occurrence time frame corresponds to the system, the number of anomaly times is counted by dividing sub-time zones to determine a priority sub-time zone, and a priority processing video clip is determined with numerical points at the leftmost end and the rightmost end as construction points. According to the method, the video content range possibly containing important abnormal information can be accurately delineated, and the problem that key and non-key video data cannot be distinguished during resource allocation due to the lack of a scientific and reasonable priority evaluation system in the prior art, so that important video data processing is delayed is solved.