8 results about "Auto configuration server" patented technology

The invention provides a terminal equipment management method and device, electronic equipment and a storage medium, the terminal equipment management method is applied to an automatic configuration server, the automatic configuration server is configured with a USP controller, and the method comprises the following steps: obtaining equipment parameters of terminal equipment; wherein the device parameters comprise the device parameters of a first device which does not support the TR-069 protocol, and the device parameters of the first device are transmitted to the automatic configuration server through the USP controller; and generating a configuration management parameter based on the device parameter, and storing the configuration management parameter of the first device to a message queue so as to realize management of the terminal device based on the configuration management parameter. In the technical scheme provided by the invention, the automatic configuration server realizes the management of terminal equipment which does not support the TR-069 protocol, such as a home gateway, Internet of Things equipment and the like, through the USP controller.

The invention relates to the technical field of computer networks, in particular to an ONU (Optical Network Unit) gateway management and control method and device based on a PON (Passive Optical Network), computer equipment and a medium, which can be applied to fiber to room (FTTR), enterprise-level FTTR-B and broadband fusion terminal products. The method comprises the following steps: receiving a state change event pushed by a TR069 protocol stack; if it is recognized that the configuration parameters of the wide area network interface managed by the TR069 protocol stack are modified according to the state change event, whether a TR069 protocol management channel between the ONU gateway and the automatic configuration server is out of control or not is recognized; if it is recognized that the TR069 protocol management channel is out of control, target user equipment needing to block network access is determined from the user equipment connected with the ONU gateway; and blocking the network access of the target user equipment according to a preset network blocking strategy, thereby being capable of blocking the network access of an unauthorized user when the TR069 protocol management channel is out of control, and avoiding possible security risks.

The application provides an optical network device upgrading method and device, and relates to the technical field of optical communication. The method comprises the following steps: obtaining upgrading wavelength channel configuration node information sent by an automatic configuration server; determining priority information of each to-be-determined optical line terminal according to the upgrading wavelength channel configuration node information; sequentially performing link detection and evaluation operations on each to-be-determined optical line terminal based on the priority information; determining a target optical line terminal from the to-be-determined optical line terminals according to a link detection and evaluation result and a preset evaluation condition, and determining a target wavelength channel corresponding to the target optical line terminal; obtaining an upgrading file based on the target optical line terminal and the target wavelength channel, and performing an optical network unit firmware upgrading operation according to the upgrading file. The application guarantees the efficiency and reliability of large-scale ONU upgrading, and improves network resource utilization and operation and maintenance intelligent level.

Cellular diagnostics are implemented using a device and a management server. A device having a client performs a quality measurement procedure to obtain measurements associated with radio communications, wherein the device is in remote communication with at least one base station. The device configures the measurements as parameters of the cellular diagnostic data model. Parameters of the cellular diagnostic data model are provided to a management server. The device can be a customer premises equipment (CPE), while the management server can be an automatic configuration server (ACS). The client of the device can be a CPE WAN management protocol (CWMP) client, and the measurements can be transmitted to the ACS over the TR-069 protocol.

The application relates to the technical field of network communication, and discloses a method and system for automatically establishing a TR069 data model and a readable storage medium, wherein the method comprises the following steps: a scheme implementation device CPE initiates a registration process of the TR069 data model to an automatic configuration server ACS; the CPE checks whether error information is received, and if the error information exists, the error information is automatically saved; a path of a missing TR069 node or parameter is extracted from the error information; the CPE disconnects the connection with the ACS; a new TR069 node or parameter corresponding to the missing path is automatically created according to the extracted path; the registration process is reinitiated until no error is returned; the new node or parameter is functionally developed, and the configuration issued by the ACS is validated; the ACS confirms that the CPE is successfully registered, and the TR069 data model is established. The application solves the problem that the prior art depends on repeated debugging on site, and has the characteristics that the development efficiency of the system for automatically establishing the TR069 data model can be improved, and the input of human and time costs can be reduced.

The invention relates to the technical field of communication, and provides a multi-APN test method and system, and the method comprises the steps: configuring a 5G base station, a 5G core network and an automatic configuration server to the same routing network, and setting network parameters to establish a communication link; user identification module information is configured in a 5G core network, and corresponding network parameters are configured in a 5G base station; configuring at least two APNs (Access Point Names) on client front equipment, enabling different APNs to respectively correspond to different packet data networks, and completing equipment dialing to obtain network addresses; a remote equipment management protocol is configured on the client front-end equipment, a corresponding server address is set for the automatic configuration server, and a corresponding strategy route is configured for the client front-end equipment; through the pressure test device, the service operation test corresponding to each packet data network is executed, and the function and stability of the device in a multi-APN concurrent service scene can be verified efficiently and reliably.

The embodiment of the invention provides an information interaction method, a computer program product, a storage medium and an electronic device, and the method comprises the steps: obtaining ECU information of different ECU of an automobile terminal, converting each piece of ECU information into a client equipment wide area network management protocol CWMP message, and sending the CWMP message to an automatic configuration server ACS; and receiving a first acknowledgement message sent by the ACS in response to the CWMP message, the first acknowledgement message being generated according to the CWMP. According to the embodiment of the invention, the method solves a problem that the communication between the server and the automobile terminal does not have a unified standard in the related technology, and achieves an effect that the automobile terminal carries out the information interaction with the ACS through a standard protocol.

The network speed testing method and application control method disclosed herein are used for automatic server configuration, including: receiving registration information of a second user-side device, the registration information including information of an optical line terminal connected to the second user-side device; locating a first user-side device based on the information of the optical line terminal, the first user-side device being connected to the optical line terminal; sending a speed testing command to the first user-side device and the second user-side device, causing the first user-side device to test the network speed with the second user-side device; and sending a speed testing result acquisition command to the first user-side device and / or the second user-side device to obtain the network speed between the first user-side device and the second user-side device. The first user-side device and the second user-side device complete the network speed test in a local area network, facilitating the acquisition of a more accurate network speed of the access network of the second user-side device.