35results about How to "Dynamic management" patented technology

The present invention provides a river basin refinement management system integrating water environment model. The refinement management system is provided with a database, and the database includes hydrology, meteorology, pollution sources, water quality monitoring data, and at the same time through the river network grid division module The watershed river network grid division information stored in the watershed divides the watershed into sub-calculation units, and finally determines the sub-calculation unit grids of the entire watershed water system. The model calculation module is used to simulate the pollutant concentration of each sub-calculation unit grid in the watershed. Based on the environmental model, the water pollution accident analysis method, the pollution source response and treatment project benefit analysis method, and the water quality exceeding the standard retrospective impact pollution source method are constructed, thereby realizing the dynamic and fine-grained management of pollution sources, projects and water quality in the basin.

The invention relates to a robot holographic 3D image display method, and belongs to the technical field of data transmission in a communication system. The robot holographic 3D image display method comprises the following steps: step 1: sending, by a robot, a broadcast to a terminal in a local area network, wherein the broadcast carries own network address IP1; step 2: when a broadcast message isreceived, obtaining a peer address IP1 from a UDP message; step 3: sending the message to the IP1; step 4: recording, by the robot, a fan address IP2 to achieve communication; step 5: sending a playing command to the IP2, wherein the playing command comprises a video file; step 6: receiving the playing command and starting to play the video file; step 7: sending playing start response after the playing is started; step 8: sending playing completion after the playing is completed; and step 9: receiving an instruction and starting the next operation. By adoption of the robot holographic 3D image display method, the playing a holographic 3D image by a fan is triggered by a man-machine dialog.

The mobile three-dimensional aquatic product cultivation method described in the present invention proposes a submerged three-dimensional equipment and control method suitable for the cultivation of various aquatic organisms, through the directional and circular movement of small-scale cultivation containers in adjacent queues, in order to realize the internal small-scale cultivation containers according to The position allocation and management of multiple operating stations such as feeding, catching, sorting, cleaning, etc., realize the dynamic and refined management of the whole breeding cycle of aquatic organisms, correspondingly increase the production capacity per unit of breeding area, and solve the problem of submerged multiple The mechanization and automation of feeding, catching, sorting and cleaning in the layered farming mode. A plurality of small culture containers are arranged inside the outer frame assembly and submerged in water three-dimensionally, and the aquatic organisms are cultivated in the whole cycle from seedling to catch in the small culture container; water is injected into the outer frame assembly and formed in the outer frame assembly The water flow, the waste water flowing through the small breeding containers is discharged from the outer frame assembly; the small breeding containers in the adjacent queue move in a directional cycle to each breeding station.

The present disclosure provides a method, terminal, USIM, computer equipment, and storage medium for dynamically managing service control, wherein the method includes: after the terminal generates a demand for initiating a certain type of service operation within the scope of USIM service control, generating a corresponding Envelope command , wherein the call control command in the type of the Envelope command contains a data object representing the specific service type involved in the command; the generated Envelope command is sent to the USIM, so that the USIM reads the representation when the type of the Envelope command is a call control command. The data object of the specific service type involved in the command, if the service type contained in the data object is not within the scope of control, a corresponding deactivated management command is generated and sent to the terminal; the management command is executed and a response message is returned to the USIM . The present disclosure can dynamically manage business control according to changes in business requirements.

The full-motion three-dimensional aquatic product cultivation system described in the present invention proposes a submerged three-dimensional equipment and control method suitable for the cultivation of various aquatic organisms, through the design of several modularized and mobile small-scale cultivation containers arranged in a queue In order to implement the management of multiple operations such as feeding, catching, sorting, and cleaning during the sequential movement of all breeding containers, in order to realize the dynamic and refined management of the entire breeding cycle of aquatic organisms, and correspondingly improve the unit area The output of cultured organisms and the utilization rate of water body can be lowered, so as to solve the technical problems of mechanization and automation of feeding, catching, sorting and cleaning in the submerged multi-layer culture mode. The full-motion three-dimensional aquatic product cultivation system includes an outer frame assembly, a plurality of small-scale cultivation containers arranged in a circular queue, an external traverse assembly, an external up and down movement assembly and a circular drive assembly.

Disclosed in the present invention are a software-defined networking (SDN)-based cross-data center communication method and a network system, wherein SDN network technology is used to implement automated network arrangement management. The gateway of an OpenFlow (OF) protocol is supported, an SDN controller OpenDaylight (ODL) is introduced, a Virtual eXtensible Local Area Network (VxLAN) of Overlay is achieved by the gateway, and inter-communication of L2 is achieved. Flow table planning for the OF gateway is implemented by the ODL controller, the forwarding behavior of the gateway is controlled, and a lessee network is managed.

The invention discloses a communication channel management method and system for embedded terminal equipment. According to the method and the system, a virtual channel manager and a protocol parser manager are added between physical channel interfaces and a message interface of each process; uniform management is carried out on message transmitting and receiving and physical channel states; a corresponding virtual channel object is designed for each physical channel interface required by each process in the terminal equipment; and through combination of information in a physical channel statetable, communication with the processes and the physical channel interfaces is realized through each virtual channel object. All communication is uniformly scheduled and controlled through utilizationof the virtual channel manager, so according to the method and the system, specific operation for physical channels in communication courses of the processes can be hidden to the processes, communication operation procedures are simplified, moreover, the problem that the physical channels are monopolized can be effectively solved, and multichannel concurrent communication also can be realized. According to the communication channel management system provided by the invention, electricity utilization information collection platformization demands in aspects such as concurrency, timelines and expandability can be satisfied.