36results about How to "Shorten the deployment cycle" patented technology

The invention discloses a self-defending network (SDN) operating system which comprises a network operating system (NOS) kernel, a control interface and application. The system further comprises a forwarding abstraction layer, and more than one drive modules of corresponding forwarding face equipment. The forwarding abstraction layer is arranged between the NOS kernel and the drive modules of the forwarding face equipment and used for managing the drive modules and converting forwarding list operating requests of the application or the NOS kernel into function interfaces which are of unified standards and not related to hardware. The drive modules of the corresponding forwarding face equipment are called. The drive modules are used for connecting the NOS kernel with the corresponding forwarding face equipment. According to call of the forwarding abstraction layer, standard operation is converted into specific forwarding list operation of a hardware production line. The invention further discloses an achieving method of the SDN operating system. According to the system and the method, under the circumstance that design details of the forwarding face hardware production line are unknown to the NOS, optimum control of the forwarding face equipment can be achieved.

The invention discloses an Internet of Things (IoT) data service system and an IoT data service method based on cloud computing. The system comprises a server, data collection equipment and an application platform, wherein the server implements the following steps of receiving a registration request sent by the data collection equipment, and judging the type of the data collection equipment; receiving data provided by the data collection equipment; analyzing the data, and determining an event type; and triggering an event linkage strategy according to the event type, controlling the data collection equipment based on the strategy to acquire event linkage information, and then pushing the event linkage information to the application platform. The IoT data service system and method based oncloud computing can be applied to different application fields according to user needs, and are strong in universality.

The method includes steps: calling user initiates a call; calling MSC/VLR obtains route number of IP from SCP/HLR; and establishing communication link between calling MSC/VLR and IP; executing service logic of voice value added service in virtual number category, IP receives number of virtual extension inputted from calling user through communication link between calling MSC/VLR and IP as well as sends the received number of virtual extension to SCP/HLR, which converts the number of virtual extension to real number of the called user; obtaining real number of the called user, calling MSC/VLR establishes communication link between calling MSC/VLR and called MSC/VLR based on obtained real number of the called user. The invention also discloses corresponding system for implementing voice value added service in virtual number category.

The invention provides an LORA-based deformation monitoring system with high precision positioning. The system comprises monitoring terminal equipment, an LORA transceiver module, LORA base stations, a server, and a cloud platform. The monitoring terminal equipment is equipped with navigation information units which can receive navigation information and original observation data, LORA transceiver modules, solar panels, and storage batteries. The LORA base stations are deployed in a service range with the need of coverage. The server receives the original observation data uploaded by a plurality of monitoring terminal equipment from the LORA base stations, a double-difference solution mode is used, on the basis of optimizing a carrier phase differential data processing method, the phase data of reference station and monitoring terminal equipment carriers are processed at the same time, and the accurate deformation of a monitoring point relative to the reference station is obtained. The cloud platform comprises data processing, analysis and management units. The LORA-based deformation monitoring system has the advantages of a wide coverage, high expansion ability, a short construction period, safe use and low use cost.

The application relates to a database deployment method and device, computer equipment and a storage medium. The method includes the following steps: obtaining a deployment request uploaded by a terminal, wherein the deployment request carries a database requisition work order; extracting database attribute information from the database requisition work order in response to the deployment request;creating a database instance and an initial database corresponding to the database instance based on the database requisition work order; deploying the initial database according to the database attribute information to obtain a target database; when detecting that the deployment of the target database is completed, creating an authorized account corresponding to the target database; and sendingthe authorized account to the terminal to ensure that the terminal accesses the target database through the authorized account. By adopting the method, the deployment of the database can be efficiently performed.

An air dam assembly mounted under a front end of a vehicle includes a passively deployable air dam assembly. The passively deployable air dam assembly includes a passively deployable air dam having a front surface at least partially exposed to ram air when the vehicle is traveling in a forward direction, and a passive deployment assembly including at least one spring biasing the passively deployable air dam into a retracted position, with the passive deployment assembly engaging the passively deployable air dam to allow the passively deployable air dam to move, against the bias of the spring, from the retracted position to a deployed position closer to ground under the vehicle when a forward speed of the vehicle reaches or exceeds a predetermined activation speed.

The invention discloses a processing method and a processing device for configuration of server resources. The processing method includes acquiring a hardware configuration initial value of a target server according to classic transaction processing operation of the target server to be configured; configuring a virtual server on a physical server and setting the hardware configuration initial value as a current configuration value of hardware configuration of the virtual server; detecting a performance parameter value of the virtual server, judging whether the current configuration value meets a preset application requirement condition or not, making a response if the current configuration value does not accord with the preset application requirement condition, calculating a new current configuration value by a binary search method, modifying the current configuration value of the hardware configuration of the virtual server, rerunning transaction application software until the current configuration value accords with the preset application requirement condition, and taking the virtual server as the target server. According to the technical scheme, by the processing method and the processing device, configuration of the server resources is achieved rapidly, ready time of application is shortened greatly, and configuration efficiency and measurement precision are high.

The present invention relates to the field of communications. Disclosed are a data service acceleration method and device for solving the problem of long deployment period and high operation and maintenance costs during the data service acceleration process of a communication carrier in the prior art. The device of the present invention comprises a first API interface, a second standard interface, and a processor; the processor is used to acquire a first request message via the first API interface, the first request message complying with a first protocol; converting the format of the first request message to obtain a second request message, the second request message complying with a second protocol; and transmitting via the second standard interface the second request message to a policy and charging rules function (PCRF), such that the PCRF reconfigures a quality of service (QoS) policy for a user terminal according to the second request message. The present invention is suitable for accelerating data service in the field of communications.

The invention belongs to the technical field of communication, and discloses a service processing method, device and apparatus and a storage medium. The method comprises the following steps: receivinga call service request triggered by a user through a call component, and determining an identification number of a to-be-processed call service according to the call service request; determining theservice type of the call service corresponding to the identification number according to a pre-constructed mapping relation table; according to the service type and a pre-compiled redefined remote procedure call component, searching TCP long connection required for communication between the call component and the soft switch platform from a pre-constructed transmission control protocol TCP connection pool; and sending the call service request to an event processing interface of the soft switch platform by utilizing TCP long connection, and processing the call service by the event processing interface. By means of the mode, the concurrency performance of the call center is remarkably improved, so that call center services do not need to be deployed on a large number of servers, and the deployment period is effectively shortened while resources are considered.

The invention discloses a remote cockpit applied to a parallel driving system. The remote cockpit comprises a host, a G-force dynamic platform, a force feedback steering base and a simulation steering wheel, the host is used for adjusting the motion state of the G-force dynamic platform in real time according to the IMU information of a controlled vehicle so as to simulate the body posture of the controlled vehicle through the motion state of the G-force dynamic platform; and the host is also used for acquiring the steering torque and vibration frequency of the steering wheel of the controlled vehicle according to the angle data and the vehicle speed data of the steering wheel of the controlled vehicle, and controlling the angle and vibration of the simulated steering wheel through the force feedback steering base so as to simulate the steering torque and vibration of the steering wheel of the controlled vehicle. According to the invention, the real and comprehensive feedback of driving environments such as bumping and vibration generated when the controlled vehicle passes through the road surface can be realized, the construction cost is reduced, and the deployment period is shortened.

The invention discloses an auxiliary device for deploying a wireless network, a portable terminal and a wireless network deployment method. The device comprises a sending unit which broadcasts link detection requests; a collection unit which is used for collecting link detection responses received in predetermined time; a first determining unit which is used for taking nodes sending the link detection responses as reference nodes and determining target reference nodes and non-target reference nodes of the device; a second determining unit which is used for determining a link connection state of the device relative to each reference node according to the link detection responses; and a third determining unit which is used for determining a moving direction and distance of the device according to the link connection state of the device relative to each reference node. A wireless network deployer is helped to carry out precise deployment on the nodes in a wireless network under a practical deployment scene.

The embodiment of the invention discloses an optical cable connection box and an adapter, and belongs to the technical field of optical cable connection. The optical cable connecting box comprises a box body, at least one pair of adapters and at least one optical fiber, wherein each adapter comprises a first interface and a second interface which are opposite in position; the at least one pair ofadapters is located on the box body, a first interface of each adapter is located outside the box body, and a second interface of each adapter is located in the box body; the at least one optical fiber is located in the box body and is connected between the second interfaces of each pair of adapters. By adopting the method and the device, technicians do not need to wait to obtain the right to usethe current communication rod and then continue to deploy the network, so that the network deployment time can be saved and the network deployment period is shortened. After the right to use of the current communication rod is obtained in the later period, the optical cable connection box at the current communication rod is directly replaced with the optical fiber distribution box, operation is easy, and time is saved.

The invention belongs to the technical field of vehicles, and discloses a parking space detection method, device and equipment, and a storage medium. The method comprises the following steps: acquiring panoramic image information of a parking space; carrying out angular point identification on the panoramic image information to obtain an initial angular point set; screening the initial angular point set according to a preset angular point screening algorithm to obtain a confirmation angular point set; and determining the actual coordinates of the parking space according to the confirmation corner set. By means of the mode, accurate parking space detection is achieved, and due to the fact that a simple algorithm is used, accurate corner point information is obtained through multiple times of screening of corner points. Under the condition of low deployment and hardware cost, accurate calibration of the parking space is completed, the deployment period of parking space recognition is shortened, the cost of the whole vehicle is reduced, and the accuracy of corner recognition and the accuracy of parking space recognition are improved.

The embodiment of the invention provides a database deployment method and device, and electronic equipment. The method comprises steps of extracting the deployment strategy reference information through responding to a database application, determining a database deployment strategy based on the deployment strategy reference information, and completing deployment of a database based on the determined database deployment strategy. According to the method, a manager does not need to manually select a database deployment strategy, a problem that the database deployment strategy is not matched with the application due to omission of database deployment information in the manual database deployment process is effectively avoided, the modification process of the deployed database is avoided, the database deployment period can be shortened, and database deployment efficiency is improved.

Embodiments herein relate to a method for performing continuous deployment and feedback between a radio network node and a Continuous Deployment server. The radio network node is configured to mimic a behavior of a mobile terminal towards a core network. The radio network node sends a message comprising a request to establish an end-to-end connection with the CD server to a core network node. The message further comprises a mobile identity identifying the radio network node as a mobile terminal. The radio network node receives an access bearer establishing a user plane connection between radio network node and the core network node over a user plane interface, from the core network node. The radio network node establishes a communication channel between the radio network node and the CD server over the user plane interface and an external packet switched network. The radio network node exchanges information between the radio network node and the CD server over the established communication channel. Embodiments herein further relate to a method performed by a CD server, a radio network node and a CD server.

The invention provides a server deployment method, device and equipment. The method comprises the following steps: receiving first service function information, first network configuration information, rated power and first height information corresponding to a to-be-deployed server; according to the first service function information and the first network configuration information, determining at least one first preselected machine position from machine positions included in the machine room; acquiring power supply power corresponding to at least one first preselected machine position; determining at least one second preselected machine position from the at least one first preselected machine position according to the rated power and the power supply power corresponding to the first preselected machine position; determining a deployment machine position corresponding to the to-be-deployed server from at least one second preselected machine position according to the first height information; and outputting the identification information of the deployment machine position. Through the method, the server deployment site selection efficiency can be improved, and the server deployment period can be shortened.