36results about How to "Avoid misconfiguration" patented technology

The invention discloses a measurement configuration method, and belongs to the field of communication. The measurement configuration method comprises the steps: UE sends measurement capability information; and the UE receives a measurement configuration instruction, wherein the measurement cooperation instruction is generated based on the measurement capability information, and the measurement configuration instruction is used for providing measurement configuration for the UE. In the embodiments of the present invention, UE reports measurement capability related information to network equipment, so that the network equipment can generate a measurement configuration instruction based on the measurement capability related information and send the measurement configuration instruction to theUE. For the UE supporting the per-BWP measurement gap, the network equipment can generate a per-BWP-based measurement gap configuration instruction, so as to enable the configuration of the measurement gap based on the per-BWP to be fused into the current measurement gap configuration flow, so that the original measurement gap configuration flow is changed a little, and the error configuration ofthe UE which does not support the per-BWP measurement gap is effectively avoided.

A functional contactor is provided. The functional contactor according to an exemplary embodiment of the present invention comprises: a conductive elastic portion having elasticity and electrically contacting a conductor of an electronic device; and a functional element including a first electrode electrically connected to a circuit board or a conductor of the electronic device, and a second electrode on which the conductive elastic portion is laminated through a solder. The second electrode includes a stopper in which an electrode is not formed to prevent a solder from being introduced into the periphery of a lamination area on which the conductive elastic portion is laminated.

The present invention discloses a Virtual Private Network (VPN), which includes: a Sub-Provider Edge (SUB_PE), configured in a customer's network and connected with a PE in a provider's network; at least one SUB_VPN belonging to a same customer is configured under the SUB_PE and accesses the provider's network through the SUB_PE. The present invention also discloses a method for controlling and forwarding route of the VPN, including: an SUB_PE or a PE adds an export target attribute of the VPN where it is located to the route before transmitting; after receiving the route, the SUB_PE or the PE compares the export target attribute in the route with the import target attribute saved by itself, if they match, accept the route and forward it to a lower layer VPN; otherwise, reject the route.

The embodiment of the invention discloses a configuration method for network service cutover. The method includes: in response to receiving the first remote command, the network device creates device information of the virtual single board and records the selected slot and the selected type of the virtual single board; in response to receiving the second remote command, the network device creates Perform service configuration on the virtual single board on the logical interface corresponding to the specified type to generate the first configuration information to be verified; the network device uses the preset verification conditions corresponding to the selected slot and the selected type as the target verification The condition is to verify whether the first configuration information to be verified meets the target verification condition; the network device responds to the first configuration information to be verified completely meeting the target verification condition, and records the first configuration information to be verified as the virtual single board The verified configuration information is used to form the configuration information of the service configuration for the real board corresponding to the virtual board. In addition, the embodiment of the invention also discloses a configuration device for network service cutover.

Embodiments of the present application provide a method, device, device, and computer-readable storage medium for determining a road speed limit, including: obtaining speed limit information; For the road, the speed limit information includes the speed limit value of the first road; determine the first road link matching the first road, and the speed limit value of the road included in the first road link is the same as the speed limit value of the first road. This method determines the first road actually corresponding to the speed limit information through the position information of the current road in the electronic map, which can avoid setting the speed limit value of the first road as the speed limit value of the current road by mistake, thereby improving the speed of determining the speed limit of the road. At the same time, by determining the first road link that matches the first road, other roads with the same speed limit value as the first road are automatically calculated, which improves the efficiency of determining the road speed limit.

A method and an apparatus for monitoring a wavelength channel are disclosed. The method includes: performing optical-to-electrical detection on an optical signal on a wavelength channel, to obtain an electrical signal; obtaining a frequency spectrum of the electrical signal; determining a first parameter M according to an equation M = N AC , where N AC represents an alternating current component of the frequency spectrum of the electrical signal; and if M is greater than a preset first threshold, determining that the wavelength channel includes a real service signal. According to the method and apparatus, an erroneous configuration or operation of a network management system can be avoided.