32results about How to "Improve configuration success rate" patented technology

This invention relates to a SDH system to achieve optimal allocation of time slot time division on the spur track board including: analyzing all destinations AUG of the same spur track board group inthe mapping mode, selecting undistributed AU that appears most firstly to enter time module towards the spur track board with incomplete allocation, enacting the number of AU undistributed and signedto enter time module to count the bus number of TU signal modules occupation; selecting the time flow corresponding to the largest one of all the matching numbers enters time module; counting the matching number of the AU flow not entering time module and arranging those according to the conditions entering into the module.

The invention discloses a configuration platform and configuration method of a high speed train product. The configuration platform comprises a demand analysis module, a configuration model module, a configuration solving module and a version management module. A hierarchical design method is adopted, on the basis of demand analysis, configuration is divided into the configuration of a high speed train component module and the customization of parts, a product configuration model based on ontology is constructed, a configuration technology based on ECA (Event-Condition-Action) and a tabular layout of article characteristics is constructed, a small quantity of standardization modules and module transformation can be used for finishing the design of the high speed train, and development efficiency is improved. The technical problem that a mapping relationship between a product demand variable and a design parameter is undefined since demand information lacks a structured mapping relationship in the prior art can be solved, and the invention provides the configuration platform and method of the high speed train product, wherein the configuration platform and method is characterized in that the demand information has the good mapping relationship and the mapping relationship between the product demand variable and the design parameter is clear.

The invention discloses a multiple time division configuration method and device. The method comprises the following steps: dividing independence groups, wherein each independence group comprises one or multiple time slot inlet end and / or time slot outlet end-associated time slots; determining the independence group with the maximum number of the time slot outlet ends among the independence groups as the maximum independence group; and configuring the maximum independence group. According to the technical scheme provided by the invention, high configuration success rate can be ensured while optimal configuration of resources is achieved.

The disclosure relates to a configuration method and apparatus of an interphone. The method comprises: a wireless device in a discoverable state is searched; and at least one to-be-configured interphone is obtained from the wireless device, wireless connection with the interphone is established to configure the interphone, the wireless connection with the interphone is cut off after configurationcompletion, and then a next interphone is configured until configuration of the at least one interphone is completed. Therefore, the interphone is configured wirelessly without being limited by a dataline and the configuration becomes flexibly; and the at least one interphone is configured automatically, so that the user operation is reduced and the user experience is improved.

The invention provides a method and equipment for configuring maintenance end points. By requesting for MEP configuration parameter from MEP server equipment by MEP customer side equipment, the method and the equipment can automatically configure MEP according to the obtained MEP configuration parameter, thus improving the configuration efficiency of MEP and reducing the work load of manual configuration of MEP.

The invention discloses a method, device and equipment for equipment configuration accessing. The method comprises the following steps: obtaining the key of target equipment; based on an accessing configuration manner of the target equipment indicated in the key, transmitting configuration information to the target equipment, wherein the configuration information contains the key, so that the target equipment configures checking according to the key. The scheme adopted by the method, device and equipment disclosed by the invention issues the configuration information according to the accessing configuration manner shown in the key of the equipment, compared with an existing accessing configuration manner that repeatedly attempts under various accessing configuration manners are performed to find out an appropriate accessing configuration manner, so that the tedious degree of the configuration is reduced, and the configuration success rate is increased.

The invention discloses a vehicle-mounted net address collocation method based on locating information. A vehicle-mounted net comprises access routers, access nodes and vehicle nodes, wherein the access routers are connected onto a backbone network of an internet protocol version 6 (IPV6) internet, one access node can be connected with more than one access router, a rectangle close region surrounded by all access nodes connected with one access router is set to be a road region, and one access node can simultaneously belongs to more than one road region. The vehicle-mounted net comprises more than one road region, wherein a Kth road area is determined according to geographical coordinate intervals of [xk, xk+1] and [yk, yk+1], access nodes in each road region are connected into the IPV6 internet through the access routers, and the vehicle nodes are connected into the IPV6 internet through access nodes of the road region which the vehicle nodes are located on and the access routers.

A semantic web and fuzzy clustering based demand analysis method of a pedigree high-speed train. The method comprises: firstly, acquiring and extracting demands of a client for the high-speed train; secondly, performing semantic description and classifying the demands of the client into a main body demand feature set, a key demand feature set and a tourist demand feature set; then performing mapping on the main body demand feature set, the key demand feature set and the tourist demand feature set with a function demand parameter, a structure demand parameter and a performance demand parameter; and converting the demands for the train into quantitive calculation by using a fuzzy clustering analysis method. The present invention solves the technical problems of not only complex process, but also easiness for generating faults, which are caused by the case that in the prior art, a manual manner is adopted to map the demand body in a unified form in the prior art is solved, and a semantic web and fuzzy clustering based demand analysis method of the pedigree high-speed train which enables the demand body to form a unified form by means of the quantitive calculation, is rapid in processing and high in accuracy is provided.

Disclosed are a method and device for multiple time division configuration, the method comprising: dividing independent groups, wherein each independent group includes one or more time slot associated with an incoming time slot terminal and / or outgoing time slot terminal; determining the independent group which includes the largest number of outgoing time slot terminals from the independent groups to be the maximal independent group; and configuring the maximal independent group. By means of the technical solution provided by the present invention, the effect is to ensure a high configuration success rate while ensuring an optimal configuration of resources.

The invention discloses a time-varying intent configuration method in an intent network, and proposes a heuristic algorithm, which is a greedy algorithm (MSP) based on maximizing a single time slice configuration, and is used to solve time-varying intents that support multiple strategies. For the configuration of intentions, the MSP algorithm is mainly composed of a time slice selection algorithm and a single time slice configuration algorithm. The time slice selection algorithm is used to determine the order of each time slice configuration according to the total weight of the intent in the unconfigured time slice, and then a single time slice configuration algorithm is used to consider the resource usage of the intent in the entire effective time. The intent in the slice is configured. It can be applied to configure time-varying intents with different priorities, and has the characteristics of short time-consuming configuration solution and high intent configuration success rate.

The present disclosure relates to a network configuration method and device. The method includes: parsing a received network configuration response broadcast packet to obtain broadcast data; sending a mode switching broadcast packet to a Bluetooth device that initiates a network configuration request according to the broadcast data, so that the The mode switching broadcast packet is used to switch the Bluetooth device from the broadcast mode to the forwarding mode; in the case where a new network configuration response broadcast packet is not received within a preset time, the network configuration broadcast packet is sent according to the broadcast data. The Bluetooth device performs network configuration. The initiating device of the present disclosure performs network configuration on each Bluetooth device after the Bluetooth devices are switched from the broadcast mode to the forwarding mode. Compared with the related art, the present disclosure can avoid broadcast storms, thereby improving the success rate of network configuration and saving network configuration. time and significantly reduce the cost of network configuration.

The invention discloses a greenhouse intelligent control system based on Internet of Things technology. The intelligent control system is characterized in that the intelligent control system comprises an intelligent controller unit, a wireless sensor monitoring unit, a cell phone terminal containing control and monitoring app units, and a cloud end server end. The intelligent controller unit obtains environment data for storage and processing from the wireless sensor monitoring unit, and sends the environment data to the cloud end server and / or the cell phone terminal. The cloud end server receives the environment data sent by the intelligent controller in real time and is used for transmitting control command and request configuration command of the control and monitoring app units or / and the intelligent controller. The control and monitoring app units can search the environment data and control the intelligent controller unit, thereby controlling an external agricultural device connected to the intelligent controller unit. According to the invention, state multiple kinds of device control strategies like real-time monitoring, cloud end data storage, real-time searching of data flows by users, remote / local manual control, intelligent timed control and state coordinated control can be achieved.