44results about How to "Meet deployment needs" patented technology

The invention discloses a well pattern rebuilding method and device for the water-injection development of an old oil field. The method comprises the steps that various factors for influencing well pattern arrangement are taken into account, and mesh parameter data in geologic modeling and numerical reservoir simulation computed results are stacked and computed to obtain parameter distribution of series of strata; the mesh comprehensive evaluation index of the series of strata is computed, and a comprehensive evaluation index distribution diagram of the series of strata is obtained; well patterns are arranged on the comprehensive evaluation index distribution diagram of the series of strata according to different well pattern types, well positions are adjusted according to the characteristics of the comprehensive evaluation index distribution diagram, and initial well pattern arrangement schemes are obtained; for each initial well pattern arrangement scheme, old wells are searched for around the signal wells, and whether the oil wells are utilized is determined according to well conditions and an injection-production relationship; each well pattern arrangement scheme formed finally is evaluated, and the relatively-optimal well pattern arrangement scheme is selected according to the well pattern control degree and a recovery efficiency index. The well pattern rebuilding method and device for the water-injection development of the old oil field can meet the well pattern arrangement requirements of old oil fields in the secondary development process.

Embodiments of the invention provide an application framework deployment method, apparatus and system, and a cloud platform. The method comprises the steps of receiving a framework configuration filegenerated according to application components in an initial application framework and sent by a terminal device; analyzing the framework configuration file to obtain a relationship among the application components; and according to the relationship among the application components, packaging the application components in the framework configuration file to generate an application framework file comprising multiple configuration interfaces. Therefore, the application framework deployment and maintenance difficulty can be effectively lowered; and the application framework deployment demands in different business scenes can be met.

The invention discloses a method for cell selection information sending. The method includes the steps that a network side sending terminal obtains preferred frequency information or preferred frequency information and access technology information for cell selection. The invention further discloses a configuration method of the cell selection information, wherein the method includes the step of directly configuring the preferred frequency information or the preferred frequency information and the ACT information in the sending terminal for cell selection. The invention also discloses a device for achieving the preceding methods and a cell selection method. The preferred frequency information or the preferred frequency information and the access technology information which can be accessed after the terminal is off line are configured in the terminal or sent to the terminal through a network side. Therefore, after the terminal is off line, cell searching can be carried out according the configured preferred frequency information of the terminal, once a cell corresponding to preferred frequency is searched, access can be achieved, and time delay is greatly reduced when the cell is accessed again.

The invention discloses an application deployment method and device, computer equipment and a storage medium. The method comprises: if deployment application information input by a user is received, generating a deployment application task according to the deployment application information; According to an approval process in the deployment application task, sending approval request information to an approver terminal to obtain an approval result; If the approval result is passed, configuring a deployment environment of a target server in the deployment application task and judging whether the configured deployment environment meets a preset condition or not; If the configured deployment environment satisfies a preset condition, creating an application deployment task according to the deployment application task and sending confirmation prompt information for confirming deployment to the user; And if deployment confirmation information fed back by the user according to the confirmation prompt information is received, executing an application deployment task to deploy the application. Based on the publishing process optimization technology, the deployment application task can be flexibly configured to meet various deployment requirements.

The invention discloses an asymmetric cryptographic terminal based on a quantum random number, a communication system comprising a plurality of asymmetric cryptographic terminals, and a secret communication method for performing secret communication by using the asymmetric cryptographic terminals. The cryptographic terminal comprises a quantum random number generator and a key generator, wherein the quantum random number generator is used for generating and outputting two quantum random numbers; the key generator is used for firstly segmenting and truncating the two quantum random numbers intotwo groups of random number sequences with the same length, and then converting the two groups of random number sequences into a group of private keys and a group of public keys which are paired witheach other by using a private key algorithm and a public key algorithm respectively; and the asymmetric cryptographic terminal performs encryption, decryption, signature and signature verification according to the private key and the public key which are paired with each other. The password terminal is simple in algorithm and high in secret key updating frequency, and digital signature service and data encryption and decryption service can be provided at the same time in the communication process.

The invention provides a resource scheduling system, a method and a readable storage medium under a space-based cloud calculation architecture. The scheduling system comprises a scheduler, a network topology database, a hardware information database and an affinity rule database. A scheduling object of the scheduling system is a space-based service deployed in the form of a container. The action nodes of the scheduling system comprise space-based edge clouds and heterogeneous resource nodes in a fog satellite cluster. Three deployment schemes are designed for the physical position of the scheduling system, and one of the three deployment schemes is selected. According to the invention, unified scheduling of space-based cloud heterogeneous resources and fog heterogeneous resources can be realized. The historical scheduling data can be utilized by the scheduling, and the scheduling method has adaptability to a dynamic network and can meet deployment requirements of various space-based applications.

The embodiment of the invention provides an environment deployment method. The environment deployment method includes the steps that according to an environment template and click positions on the environment template, a module to be deployed in application, central control machine information of the module to be deployed and behavior commands of the module to be deployed are obtained; input destination host information is obtained; according to the module to be deployed, the central control machine information of the module to be deployed, the behavior commands of the module to be deployed and the destination host information, environment information in the application is obtained and used for achieving environment deployment of the application. The embodiment of the invention further provides an environment deployment device. According to the technical scheme, the efficiency of environment deployment can be improved, and cost of environment deployment can be lowered.

The invention provides a design method enabling a main board to be resistant to corrosion at high temperature, and belongs to the field of server main boards. The design method mainly comprises the steps of (1) layout of a PCBA, (2) design of a machine case structure, (3) selection of materials of a PCB and materials used in elements, and (4) spraying of tri-proof paint and corrosion-resistance testing. By modifying the layout of a system, introducing NP-175FM/NPGN-170 materials and optimizing the materials of the elements, the main board can be used in a fresh air refrigerating station, the PUE index is effectively lowered, stable operation at 40 DEG C is realized, performance can be kept at 45 DEG C, and the MTBF time can reach five years. Signals keep stable at high temperature, and insertionLOSS and impedance are effectively controlled.

The invention discloses a latex paint coating material color matching device, and belongs to the field of color matching. In the prior art, the latex paint color matching device cannot conduct color recognition and movement. A purpose of the invention is to solve the problems in the prior art. According to the latex paint coating material color matching device, four driving motors are used for driving four material storage cylinders; a single chip microcomputer is used for carrying out driving control on a stirring motor; the stirring motor is used for carrying out driving control on a stirring cylinder; the single chip microcomputer is further used for sending a recognition command to a color control recognizer; a color recognizer is used for recognizing the color of the to-be-sprayed area of a wall surface according to the received recognition command and sending a recognition result to the single chip microcomputer; and the single chip microcomputer outputs four matching commands according to the color data of the non-spraying area of the wall surface and the recognition result of the color recognizer, and the four matching commands are used for controlling the four driving motors respectively, so that the material storage cylinders corresponding to the four driving motors quantitatively output latex paint coating materials with corresponding colors into the one stirring cylinder. The latex paint coating material color matching device of the invention is mainly used for household spraying.

The invention discloses an automatic deployment method and system for large-scale test bed nodes. The method comprises the following steps: 1) setting a terminal deployment process on a deployment machine; (2) by the terminal deployment process, splitting the hard disk mirror image reduction/cloning task based on the Clonezilla into independent sub-tasks taking a host as a unit, and sending the independent sub-tasks to a Clonezilla sub-process; splitting a customized network batch deployment task based on Cobbler into independent sub-tasks taking a host as a unit, and sending the independent sub-tasks to a Cobbler sub-process; 3) by the two sub-processes, generating a configuration file for each node to be deployed according to the distributed independent sub-tasks; 4) acquiring the configuration file from the deployment machine by the node to be deployed, restoring or installing the automatic system, and then modifying the name of the host, adding a new user and modifying the scene network information according to the configuration file, and 5) constructing an independent network by each deployed node according to the structure topological graph of a target network test bed scene.

The invention discloses a wireless metropolitan area network (MAN) safe access method, comprising the steps of: completing security capability negotiation between a GW (Gateway) and an SS (Subscriber Station); performing first configuration on a BS (Base Station) by the GW, and closing a controlled port corresponding to the SS by the BS; completing an identity authentication based on WMAN-SA (Wireless Metropolitan Area Network-Security Access) by the GW, the SS and an AS (Authentication Server); negotiating to obtain a session key TEK (Traffic Encryption Key) by the GW and the SS; performing second configuration on the BS by the GW, and opening the controlled port corresponding to the SS by the BS; and encrypting and deciphering business data by using the TEK by the GW. In the invention, the access GW is used for controlling and managing the WMAN-SA of the BS, which can meet the requirement on large-scale deployment of the WMAN-SA.

The invention relates to a vehicle-mounted traffic cone automatic laying device. By ingeniously arranging a turnover plate, a preparation position elastic piece and a guide frame, after the traffic cone is located on the conical protrusion on the turnover plate, the turnover plate breaks through the limitation of the preparation position elastic piece due to the gravity effect of the traffic coneto rotate, and the traffic cone is transversely arranged on the road surface after the separation limiting effect of the guide frame; along with the continuous advancing of the vehicle, the supportinglimit of the guide frame reaches the position of the traffic cone and acts on the base of the traffic cone to erect the traffic cone. The device is simple in structure and convenient to operate; meanwhile, the vehicle-mounted traffic cone automatic laying device can directly utilize an old engineering vehicle and carry out equipment installation on the old engineering vehicle, equipment construction of related units does not need to be occupied, and the vehicle-mounted traffic cone automatic laying device is easier to popularize.

A ganged camera expansion device includes an environmental sensor mechanism for sensing an environmental condition and outputting an alarm signal for detection data that exceeds a threshold; a sensorend linkage communication mechanism for requesting motion information from the linkage camera, ie, requesting the camera to steer to the sensor control position for operation or the camera to resume shipping status; a camera for capturing video or images; a camera cloud stage for controlling the direction taken by the camera; the camera end linkage control mechanism controls the camera to take a corresponding capture action based on the request at the sensor end. A control method of the above-described linkage camera expansion device is also disclosed. The present invention is able to improvethe deficiencies of the prior art, and may enable proactive tracking and picture taking of environmental anomalies, enabling intelligent monitoring.

The embodiment of the invention discloses a scheduling management method and device for a network function virtualization (NFV) architecture. According to the method, scheduling management equipment sets corresponding VM tags for VMs according to HOST to which the VMs belong, division of the VMs can be achieved through the VM tags of the VMs, and under the condition, the VMs located in the same HOST are of the same type; then, the scheduling management equipment determines that the first VM is migrated from the first HOST to the second HOST; and the VM label of the first VM is updated to the second HOST, a scheduler is triggerred in the NFV architecture; the scheduler determines whether a first Pod in a first VM meets a deployment demand or not; if not, the scheduler schedules the first Pod to the second VM of the first HOST, so that after the first VM migrates, the first Pod is still deployed in the first HOST, the deployment requirement of the first Pod is met, and the scheduling requirement of the Pod in the HOST is met.

The embodiment of the invention provides an electric vehicle charging demand prediction method and device which are applied to an electric vehicle charging demand prediction server. The method comprises the following steps: constructing a test data set; training a load prediction model through the test data set; and inputting the test data set into the trained load prediction model to obtain a prediction result. According to the deep neural network electric vehicle charging demand prediction method based on improved probability sparse self-attention and comparative learning, the problems that the long-term demand prediction error is large and extra information correction is needed can be solved; the method can meet the deployment requirements of mobile terminal use, edge equipment operation, remote area local area network, network security limitation and other scenes, especially can be deployed in a charging station energy storage system or even in a charging pile to independently operate, provides a more accurate prediction result and a more flexible deployment mode, and enables an existing charging station to have an intelligent upgrading space.

The invention discloses a security access method for a wireless metropolitan area network. The method comprises the following steps of: establishing a security channel between a base station (BS) and a gateway (GW) and negotiating to acquire a channel encryption key (CEK) and a channel integrity key (CIK); performing security capability negotiation by using the GW and a subscriber station (SS); performing first configuration on BS by using the GW and closing a controlled port corresponding to the SS by using the BS; finishing a wireless metropolitan area network-security access (WMAN-SA)-based identity authentication protocol by using the GW, the SS and an authentication server (AS); negotiating a traffic encryption key (TEK) by using the GW and the SS; performing second configuration on the BS by using the GW, transmitting TEK to the BS through a second BS configuration request message, and opening the controlled port corresponding to the SS by using the BS; and encrypting and decrypting service data by using the BS through the TEK. In the method, WMAN-SA of the BS is controlled and managed by using an access gateway (GW), so large-scale allocation requirement of the WMAN-SA can be met.

The invention discloses a hospital software automatic deployment method based on data elements, which belongs to the technical field of software deployment, and comprises the following steps: S1, uniformly packaging and uploading a software installation package, a configuration file and third-party dependent software to a company software deployment service management end; s2, downloading installation software from company software deployment service management; s3, uploading the software installation package and the software deployment script to an in-hospital software deployment service management end through client software; and S4, logging in the in-hospital software deployment service management terminal, establishing communication between the in-hospital software deployment service management terminal and a target server needing software installation, and performing software deployment and installation on the target server by using a shell command corresponding to the target server. In a hospital network environment, compared with the prior art, the method has the advantages that the deployment operation and maintenance efficiency of field implementation personnel can be improved, and the problem of offline installation and deployment of Linux software is effectively solved.

The invention discloses an integrated system for distributing goods on community life markets. The system comprises a market module, a goods storage module, a goods database module, a distribution module and a community module, wherein the market module is used for sending goods required by a community life market and receiving a goods distribution request from the community module through a communication module; the market module is used for sending a goods distribution instruction to the goods storage module and the distribution module; the goods storage module is used for allotting distributed goods after receiving the distribution instruction; and the distribution module is used for distributing distribution vehicles adapted to the distributed goods after receiving the distribution instruction. According to the system disclosed by the invention, the market module, the goods storage module, the goods database module, the distribution module and the community module are matched in real time, so that the real-time operation conditions of goods transportation vehicles can be correctly grasped, and the goods requirements and goods transportation states of the community life markets can be correctly and timely grasped, thereby satisfying the deployment requirements of the community life markets.

The invention relates to a deep neural network model compression method, in particular to a depth model compression method for edge device multi-layer shared codebook vector quantization, which comprises five steps of sparse training, channel pruning, weight arrangement optimization, group vector quantization and codebook fine tuning. And sparse training: carrying out sparse training on each channel evaluation factor. And channel pruning: pruning the channels with low importance from the model. And weight arrangement optimization: carrying out weight optimization arrangement on the network model with a small size after channel pruning. And group vector quantization: implementing the pruned model to generate a lightweight network model. And codebook fine tuning: the lightweight model recovers the precision of the model. The method is used for compressing a network model with a large cloud size and a complex structure to obtain a lightweight model convenient for edge deployment, and the model deployment requirement under the condition that edge equipment computing power resources and storage resources are limited is met. Requirements of the model on storage space and computing power are effectively reduced, and the utilization rate of computing power resources and storage resources of edge devices is maximized.