7results about How to "Efficient backup" patented technology

The embodiment of the invention provides a disk data backup method, device and equipment. The method can be used in the cloud computing field. The method comprises the steps of determining a current moment as an updating moment according to preset updating cycle setting, and obtaining a directory list recording file and a file list recording file; obtaining a plurality of catalogs needing to be synchronized from the source data disk, determining a target catalog needing to be synchronized currently by using the catalog list record file, and backing up the target catalog in the target data disk; obtaining respective second file information of a plurality of second files from a directory needing to be synchronized in the source data disk, for each second file, determining backup information of the second file to a target data disk by utilizing a file list recording file, and if the second file needs to be backed up, backing up the second file to the target data disk; and updating the directory list recording file and the file list recording file. The method is used for achieving the effect of efficiently backing up the disk data while fully utilizing the disk space.

The present invention discloses a multi-channel infrared gas detection system and method based on big data, belonging to the field of big data technology. The present invention includes: a multi-channel infrared sensor module: adopting an infrared sensor array, including several independent channels, each channel is responsible for detecting an infrared spectrum of a specific wavelength; a data preprocessing module: preprocessing the original data, extracting features from the preprocessed data; normalizing the extracted features, and visually displaying the preprocessed data; a pattern recognition and classification module: using a support vector machine model, training through pre-labeled training data, and establishing a gas classification model; a real-time monitoring and alarm module: continuously monitoring the gas concentration data obtained from the data preprocessing module, and triggering an alarm mechanism when the gas concentration is monitored to exceed a set threshold; a data storage and management module: storing the processed data, implementing a distributed data backup strategy, and establishing a disaster recovery mechanism.

The utility model discloses a device for collecting mosquito egg images of a mosquito and egg trapping device in multiple scenes, the main body structure of the device is composed of an industrial camera, a light supplementing lamp panel and a macro lens, and the device is characterized in that the industrial camera is embedded into a slot position of the light supplementing lamp panel and is fixed through a buckle; the light supplementing lamp panel is in a circular ring shape, and light supplementing lamps evenly distributed along the circular ring are arranged on the light supplementing lamp panel. The device body can directly cover the upper portion of the mosquito and egg trapping device with the cover opened to shoot filter paper in the mosquito and egg trapping device, and can also be fixed to the telescopic supporting vertical plate to shoot filter paper in the mosquito and egg trapping device or taken out independently. The device has the flexibility of adapting to multi-scene application, allows operators to efficiently obtain clear and countable filter paper pictures of mosquito eggs under the condition of not using a stereoscope or a microscope for observation, is convenient for subsequent work such as manual or machine identification and counting of egg granules and picture storage, and is high in practicability. And the efficiency of identifying and counting the eggs after the mosquito and egg trapping device is recovered is effectively improved.

The invention provides a data backup method and device for a partition namespace solid state disk and electronic equipment, and relates to the technical field of solid state disks. The data backup method for the partition namespace solid state disk comprises the steps that according to a partition namespace ZNS interface specification, all data blocks in to-be-written data are sequentially written into the solid state disk SSD; in the process of writing each data block into the SSD, each data block is sent to a hardware acceleration module, the hardware acceleration module is indicated to perform checksum operation on all data blocks in the calculation period by using a preset algorithm and taking a single data block as a unit, and a checksum of the calculation period is obtained; and storing the checksum of each calculation period. According to the method, the data written into the partition namespace solid state disk can be efficiently and safely backed up.

The invention provides a micro-service cloud backup method based on a cloud platform, which belongs to the technical field of data backup, and comprises the steps of micro-service identification and classification, data incremental backup, automatic recovery process and backup data storage and management. According to the micro-service identification and classification technology, services needing to be backed up can be identified, and classification is carried out according to the characteristics and importance of the services so as to ensure that data of key services are protected preferentially. The data incremental backup technology focuses on only backing up the data which changes since the last backup, so that the volume of the backup data and the time required by the backup are reduced. The automatic recovery process ensures that the recovery operation can be quickly executed under the condition that the data is lost or damaged, and the service interruption time is shortened. The storage and management technology of the backup data relates to the guarantee of the security, consistency and availability of the data, and the long-term storage and compliance management of the backup data.

The embodiment of the present application provides a data transmission method based on master-backup switching, which comprises the following steps: in the case of switching a target backup base station into a target master base station, sending reset request information to a target terminal; in the case of receiving reset completion information from the target terminal, using first communication data, second communication data and an uplink sequence number to perform data transmission on the target terminal for to-be-transmitted data. The method provided by the embodiment of the present application simplifies backup operation, saves resources for backing up the uplink sequence number, realizes fast and efficient backup, thereby further improving the efficiency of master-backup switching, and the data transmission for to-be-transmitted data can be quickly recovered.

The invention relates to a virtual machine backup method and device based on iSCSI protocol service, computer equipment, a storage medium and a computer program product. The method comprises the following steps: adding a backup host to the distributed block storage system through a management service node to serve as a backup host node in the distributed block storage system, and starting an iSCSI protocol service at the management service node; the backup host node is provided with a starter of an iSCSI protocol service; binding the backup host node with a starter of the iSCSI protocol service in the management service node so as to read data which establishes mapping with the backup host through the starter of the iSCSI protocol service; and reading a pre-stored virtual machine snapshot which establishes mapping with the backup host from the distributed block storage system through the backup host node, and executing a backup operation for the virtual machine snapshot in the backup host node to complete backup of the virtual machine. By adopting the method, the backup efficiency of the virtual machine can be improved.