35results about How to "Data rich" patented technology

The invention discloses a method and a device for generating a widget, which belong to the technical field of network application. The method comprises the following steps of: establishing attribute information of data to be acquired according to a webpage specified by a user and a page fragment marked on the webpage; acquiring structured data according to the established attribute information of the data to be acquired; and converting the acquired structured data into visible contents. The device comprises an establishing module, an acquisition module and a conversion module. The attribute information of the data to be acquired is established and the structured data is acquired according to the established attribute information, so that the acquired data has rich contents; moreover, the attribute information of the data to be acquired is established according to the webpage specified by the user, so that the user can directly participate in a widget generating process and the effect of meeting diversified user requirements is achieved.

The invention discloses a simulator of GNSS receivers. The simulator of the GNSS receivers comprises servers, the GNSS receivers and clients, wherein the servers are connected with the GNSS receivers, and are used for obtaining time data and observation data of satellites and ephemeris data and almanac data of the satellites from the GNSS receivers in a real-time mode, and communication is carried out between the servers and the clients through a network. The high-precision simulator of the GNSS receivers can serve thousands of clients at the same time, and provide the observed quantity similar to observed quantity in reality, and operating experience, similar to operating experience on real receivers, on the receivers, the risk of damage does not exist, a user can carry out operation at will, the teaching effect of related courses of an GNSS is greatly improved, a flexible data generation platform is provided for data processors of the GNSS, a large amount of time for data collection can be saved, and efficiency of development and efficiency of verification are greatly improved.

The present application discloses a database processing method and electronic equipment. The method includes: establishing a data relationship table according to the logical relationship of multiple data units in the multi-domain time series data, and storing the data storage table in the target database; receiving Invoking the data relationship table for the first instruction that operates on the multi-domain time-series data, and splitting the multi-domain time-series data corresponding to the first instruction according to the data relationship table to form multiple unit domain time series data, wherein the single domain time series data corresponds to the data unit; respectively performing a first operation corresponding to the first instruction on a plurality of the single domain time series data in response to the first instruction. This method can process multi-domain time-series data based on a single-domain time-series database, so as to meet various needs of users while simplifying database construction and use.

The invention discloses a method for quickly collecting data on the current situation of agricultural land, and relates to the field of geographic information. The invention designs the technology and system for collecting current data on agricultural land by integrating the Internet geographic information system and remote sensing technology, and establishes remote sensing interpretation signs of agricultural land. On the basis of the Internet-based remote sensing image interactive interpretation, and the collection, update and checking of agricultural land status data, it is realized based on the database and sample database. Compared with the traditional field mapping method for data collection and automatic interpretation of remote sensing images, the technical method and system of the present invention have the characteristics of fast, efficient and accurate, short data collection cycle, low cost, and easy maintenance.

The invention discloses an interactive digital globe and an interactive method. The digital globe includes: a player, a high-definition projector, a fisheye lens, a spherical screen and a motion capture tracker; the output end of the player is connected to the input end of the high-definition projector, and the player is used to play the world topographic map plan; the high-definition projector Located behind the spherical screen, a fisheye lens is fixed in front of the projection lens of the high-definition projector. The high-definition projector is used to project the world topographic map onto the spherical screen through the fisheye lens; the spherical screen is a quarter-spherical screen; the action The output end of the capture tracker is connected to the input end of the player. The motion capture tracker is used to capture the user's arm movement, and the player is also used to adjust the playback effect of the world topography map according to the user's arm movement. By adopting the digital globe of the invention, the cost is greatly reduced, the usability and universality are stronger, and it is beneficial to popularization and application.

The invention discloses a multilevel slice processing method for vector map data, which comprises multilevel slice generation step and map synthesis step; wherein, (1) the multilevel slice generation comprises the steps as follows: firstly, the map can be divided into four equal parts at L level (wherein, the L equals to the whole number from 1 to m), so as to obtain an L-level square area; and then the elements which are intersected with the L-level square area with the L weighing rank or partnership level can come under to <the multilevel slice data set>. When the detail data of the elements are excessive, the elements come under one group of the multilevel slice by utilizing the increment method; (2) the synthesis of an area A map under the L-level scale comprises the steps as follows:firstly, the congregation which is intersected with the area A and is composed of the L-level slice can be searched; then, the elements or the increment of the slice and the former slice thereof can be integrated; finally, the elements can be spliced together according to the space proximity relation so as to obtain the whole map. In the position service, the multilevel slice can be taken as a map data transmitting unit, so as to be good for one side of a mobile termination to cache the map data and reduce the data communication amount; and the increment process for the detail data can reducethe calculation load of the mobile termination.

The invention discloses a Canny operator-based foam boundary recognition and grain size analysis method, which is characterized by comprising the following steps of: after calling an image, selecting between circular foam recognition and noncircular foam recognition according to the state of foams; graying an original drawing in the circular foam recognition; then, on one hand, performing logarithmic enhancement and critical binarization processing on a gray-scale drawing, on the other hand, introducing a Canny operator to recognize foam boundary in the gray-scale drawing and performing expansion processing, and finally superposing the two drawings and connecting lines of the foam boundary; performing Laplace enhancement processing on the original drawing in the noncircular foam recognition, introducing the Canny operator to extract the boundary of the foam, recognizing an identification mark step by step by repeatedly using corrosion, scanning, segmentation and filling and finally connecting the lines of the foam boundary; and finally obtaining a grain size analysis report. According to the method, the foams with small boundary and background contrast can be recognized, the calculation complexity is low, and the speed is high; and the method is suitable for objects such as fire extinguishing foams, floatation foams and well drilling foams.

The invention provides a geographic area classification method, a geographic area classification device, an electronic device and a computer readable storage medium, and belongs to the technical fieldof computers. The method comprises the following steps: acquiring multiple groups of travel data in a target geographic area, wherein the travel data comprises a departure position, departure time, an arrival position and arrival time; based on the sub-areas where the departure position and the arrival position are located, respectively obtaining initial function vectors of the departure positionand the arrival position, and obtaining the sub- areas by dividing a target geographic region in advance; taking the travel data, the function vector of the departure position and the function vectorof the arrival position as training data, and updating the function vector of the departure position and the function vector of the arrival position by training a neural network model; and clusteringthe function vector of each departure position and the function vector of each arrival position in the travel data so as to perform function classification on one or more sub-regions in the target geographic region. According to the invention, the geographic areas can be effectively classified.