30 results about "Network management" patented technology

A network management application provides notification of events on network devices using prepopulated notification rules. The notification rule is prepopulated by the network management application using conditions that represent the present state of the device being monitored. An associated notification action is executed when an event on a network device satisfies the conditions of the prepopulated notification rule. The notification action can be tested without actually creating a set of conditions for a device that satisfies the conditions of the notification rule.

A dynamic vertical network management system is adapted to broker, between each publisher of a group of publishers and each advertiser of a group of advertisers, the sale of at least a portion of the each publisher's inventory of advertisement impressions. At least a portion of the advertisers are clients of a dynamic vertical network operator (DVN) with the DVN purchasing inventory from the publisher and utilizing such purchased inventory to fulfill advertising orders placed by the client with the DVN (network orders). A publisher data store stores, for each publisher of the group of publishers, a group of segmented ad placements. Each segmented ad placement comprises: i) a placement ID identifying an advertisement placement region within a web page; and ii) at least one distinguishing traffic attribute parameter. An advertisement-order data store stores, for each segmented ad placement, a group of advertisement orders. Upon receiving an ad request from an end user system rendering the web page, an order delivery system: i) determines the selected ad placement, ii) determines an open order for the selected ad placement meeting selection criteria, and iii) if such order is a DVN order: a) determines a client network order meeting network order criteria, and b) delivers ad content associate with the selected network order.

A network system includes a reconfigurable network and a network management system. The network management system can represent the network in the form of a network image. Network image objects, corresponding to network objects, can be selected as copy sources and paste targets. A copy-and-paste operation modifies the network image to indicate a potential modification of the actual network in which the configuration of the network object corresponding to the selected copy source object is applied to the network object corresponding to the selected image object. In addition, the copy-and-paste operation can automatically represent a common connection of a source object input and a target object input to a common data source. Furthermore, the copy-and-paste operation can automatically connect outputsof source and target objects to a comparison function so that the implementation of the copy-and-paste operation on the actual network can be validated.

A method and apparatus determines whether a new node can be added to a wireless network at a specified position. Information concerning existing network nodes that are in the neighborhood of an inputted position of the new node is extracted from a dynamic network management database. The information extracted from the dynamic network management database may include dynamic position data and/or dynamic transmitting/receiving characteristics data of the existing network nodes. The information regarding the existing network nodes neighboring the inputted position of the new network node as extracted from the dynamic network management database is used to calculate a network coverage at the inputted position. Finally, the result of the calculated network coverage at the inputted position is outputted.

An on-position detecting method of single board includes sending command to test bus controller TBC by network management for driving said controller TBC to detect whether single board in system is on position or not, sending broadcast message by said TBC controller through bus of back board boundary scan test system, receiving said broadcast message by addressable scan port ASP then returning back response message and judging whether single board is on position or not by said scan port ASP according to content of said response message. The system for realizing said method is also disclosed.

The present invention provides a system and method to permit the network management system to indirectly manage layer one telecommunication resources dedicated to a carrier virtual network from a dedicating telecommunication network. In each telecommunication network a business layer allows that telecommunication network's management system and the layer one resources in that network to exchange network information and network instructions. One or more communication layers transmits messages having a predetermined format, such as XML or ASCII text, between the telecommunication layer to a format useable by the network management system associated with the interpretation layer for use as network information or network instructions.

The invention discloses a method and system for positioning terminal on high-speed railway based on MR data and the method comprises the following steps: according to the MR data, determining the switch sequences of a terminal described in the figures; using the geometric algorithm to calculate the angle of the cut-out cell relative to the cell; calculating the RRU sequence in the cell; calculating the latitudes and longitudes of the cut-in point and the cut-out point: according to the latitude and longitude data of the cell inside a network management system and the distance from the terminal to the cell, calculating the latitudes and longitudes of the cut-in point Cin and the cut-out point Count through the spherical geometry method wherein the distance from the terminal to the cell is calculated through a transmission loss model; and through the statistic of the total sampling points in the cell, obtaining the latitudes and longitudes of the remaining points with an equalization method. According to the invention,, without having to mapping with the test data, it is possible to position the a terminal through the MR data and the engineering wireless parameter information operation, which overcomes the shortcoming that in prior art, a high-speed railway user positions, testing is required. Therefore, both manual labor and resources can be saved and efficiency is increased.

The present invention discloses a network management alarm managing method and a system, characterized by adding non-real time interfaces between an alarm acquisition server and each network element equipment, wherein the alarm acquisition server carries out the following operations on each network element equipment: collecting a primary alarm message from the network element equipment through the non-real time interfaces every a preset time, comparing the collected alarm message with an alarm message obtained from an alarm database server to determine whether the phenomenon of information loss happens, correcting the obtained alarm message by using the collected alarm message if the phenomenon of information loss happens, and doing nothing if the phenomenon of information loss does not happen. The invention simultaneously discloses an alarm acquisition server. The adoption of the scheme of the invention can prevent an alarm message from being lost.

A system and method are provided for in-network power management of network-connected devices. A first computing device, having a power management module, is able to access an in-network computing device table stored in a local memory, of network-connected computing devices cross-referenced to computing device processing capabilities. The power management module retrieves processing capabilities from the in-network computing device table for a network-connected second computing device, and sends a Wake-on-Local Area Network (LAN) message to the second computing device. Subsequently, the power management module sends a server-on-cloud power management message (power management packet) to the second computing device, with instructions for enabling capabilities related to processing or memory management.

This invention relates to a centralized management system and a method for multi-protocol data and transmission network devices, in which, an intermediate service module sends operation information to a bottom service module, which sends operation information to managed devices to operate on them and judges if the current operation result is normal, if so, it returns back the result to an intermediate layer function module and writes the result in a database, otherwise returns back the alarm information to the intermediate service module and writes the alarm information in the database, the managed device sends state alarm information to the bottom service module, which compares the state to filter information and standardize the format to be sent to the intermediate service module, which writes the information to the database and sends it to a network management operational pattern interface to display the alarm information.

A disclosed method for extending reach in an adaptive optical network may include selecting, for an optical channel having a given target distance and a given maximum data rate, the modulation format having the highest spectral efficiency among modulation formats supported in the adaptive optical network that are suitable for optical channels having the given target distance and the given maximum data rate, determining a symbol rate for the optical channel dependent on characteristics of transmission media for the optical channel, determining a number of subcarriers for the optical channel corresponding to the determined symbol rate, and activating subcarrier multiplexing (SCM) for the optical channel. Activating SCM may include configuring transponders to transmit or receive the traffic in the optical channel using the selected modulation format and the determined number of subcarriers. The method may be implemented by a network management system of the optical network.

A method of configuring a logical network in a datacenter is provided. The datacenter includes a plurality of host physical computing devices, a compute manager to configure one or more data compute nodes (DCNs) on virtualization software of each host, and a network manager. The method configures, by the network manager, a logical network. the method provides, by the network manager, a read-only configuration construct of the logical network to the virtualization software of a set of hosts in the plurality of hosts. The method obtains, by the compute manager, the read-only configuration construct of the logical network from the virtualization software of the set of hosts. The method configures, by the compute manager, a plurality of DCNs to connect to the logical network using the read only configuration construct of the logical network.

The invention relates to an optical network resource management method based on scanning codes. The optical network resource management method solves the problems that in the prior art, the information obtaining of network resources excessively relies on a specific network; and meanwhile, the permission of users is not limited, so the confidentiality of network resources can be reduced. The optical network resource management method based on scanning codes has the main technical scheme that optical network resources are managed through two-dimension code labels, a scanner with input, display and communication functions, a communication network and a resource management server; the scanner scans the two-dimension code labels; and the scanner is in communication connection with the resource management server through the communication network. The optical network resource management method based on scanning codes has the advantages that complete, clear, secure, convenient, fast and intelligent managements to optical network physical resources and logical resources are realized, front end and back end bridges are built, and the optical fiber network management updating is promoted.

The invention discloses a Bluetooth BLE4.0 based infinite networking system. The system is used to form a cluster tree network; the cluster tree network comprises multiple cluster tree nodes; and each cluster tree node comprises a storage module, a sending module, a reception module, a verification module and a connection module, wherein the storage module stores the network characteristic number and information, the sending module sends and broadcasts the network characteristic number and information of the cluster tree node, the reception module receives the characteristic number and information from nodes in the same cluster tree network, the verification module verifies whether the network characteristic number received by the reception module is consistent with that of the node itself, and the cluster tree nodes of the same network characteristic number in the same cluster tree network are successively connected to form the network with the multiple nodes. The cluster tree network can support data interaction of low speed, low data bulk and low power consumption, and the method optimizes network management, simplifies the networking process and is high in networking speed.

The invention discloses a Mesh networking management method. The method comprises the following steps of receiving a simple object access protocol SOAP data packet sent by a user terminal; analyzing the SOAP data packet, and according to the message header of the SOAP data packet, determining a target extender; acquiring the message body of the SOAP data packet; according to the target extender, packaging the message body of the SOAP data packet into a hypertext transmission protocol HTTP packet; sending the HTTP packet to the target extender; and receiving the response of the target extenderbased on the received HTTP packet. The invention also discloses management equipment and the extender. By using the Mesh networking management method, the target extender can be determined according to the message header of the SOAP data packet, the HTTP packet including the message body of the SOAP data packet is sent to the target extender, and the response of the target extender based on the received HTTP packet can be received so that the management equipment can conveniently manage the extender.

The invention discloses a monitoring method and a monitoring device of a multi-loop platform. The method comprises the steps that: A. a monitoring unit in the multi-loop platform is arranged to be used as principal equipment, a passive radio frequency module in the multi-loop is arranged to be used as subordinate equipment; B. each monitoring parameter of the multi-loop platform is arranged on the corresponding principal equipment and the subordinate equipment; C. the corresponding principal equipment or the subordinate equipment is positioned according to the parameters to be monitored, and then are monitored. The monitoring device includes a collocation module and a network management module; the collocation module is used for arranging the monitoring unit of the multi-loop platform to be the principal equipment, arranging the passive radio frequency module in the multi-loop platform to be the subordinate equipment, and arranging each monitoring parameter on the corresponding principal equipment and the subordinate equipment; the network management module is used for positioning the corresponding principal equipment and the subordinate equipment according to the parameters to be monitored, and for monitoring the principal equipment and the subordinate equipment. The invention reduces the monitoring parameters on the both equipment, thereby improving the performance of the system, and reducing the waste of the resource.

The invention discloses an error information acquisition method and a network management device used to solve a technical problem that it is complex to accurately determine the command-executing failure cause of a proxy device. The method includes steps that a network management device sends a first command to the proxy device, wherein the first command includes a first ID for uniquely identifying the serial number of the first command; the network management device determines, according to a first response message obtained from the proxy device, whether or not the proxy device successfully executes the first command, and the network management device sends a second command to the proxy device if not, wherein the second command is used for instructing the proxy device to send, to the network management device, a first error information indicating that the proxy device fails to execute the first command, and the proxy device stores an error information table including the IDs and first error information corresponding to the IDs; and the network management device receives a second response message sent by the proxy device and corresponding to the second command, wherein the second response message includes the first error information.

An architecture of a network management interface information collection control point, comprising a root interface information collection control point, one or more level connection interface information collection control points, one or more device interface information collection control points, and a root interface information collection control point. The control points are respectively connected with the level connection port information collection control point, and the level connection port information collection control point is respectively connected with the equipment interface information collection control point, thereby forming a tree structure. By adopting the invention, the problems of performance bottleneck and information redundancy caused by the single setting of the original network management interface information collection point can be solved, and the load of the network management system and the interface information collection control point can be reduced; the backup strategy also improves the reliability of the network management interface data; The information collection control point can not only be used to access network elements (agents) from the network management system or the northbound network management interface of the network element management system, but also be used between network management systems at different management levels and performing different management responsibilities that are connected through the interface. .

The invention discloses an intelligent community information kiosk platform based on the Internet of Things, and relates to the technical field of data processing. The platform comprises a terminal management module and a business management module; the terminal management module comprises a support system interface and a communication capability interface; the support system interface is respectively connected with a CRM (Customer Relationship Management) system, an ISMP-B, an ISMP and a network management platform; the communication capability interface is respectively connected with an intelligent home gateway, an intelligent car terminal, an intelligent wearable product and intelligent industrial control equipment; the business management module comprises an interface module, an M2M application management sub module, a custom business module, and a business management portal; the interface module is respectively connected with an SP application system and an EC application system;and the business management module and the terminal management module are respectively connected with a data center through a data access interface.

The invention discloses a 40G wavelength division transmission equipment OMSP protection switching system and method and relates to the optical communication field. The method comprises steps that PTDC is added between a partial-wave disc and a 40G OTU disc of 40G wavelength division transmission equipment, when the PTDC operates in a standby line, dispersion of the PTDC disc is made to return tozero, through automatic dispersion adjustment of the 40G OTU disc, a residual dispersion value A needing compensation of the standby line is acquired; when the PTDC operates in a main line, automaticdispersion adjustment of the 40G OTU disc starts, a residual dispersion value B needing compensation of the main line is acquired; a dispersion value of TDCM in the PTDC is preset to be A-B through network management; when the main line is in fault, the OMSP is switched to the standby line within 50ms, the PTDC is notified about switching, an optical switch of the PTDC is switched to the TDCM, andthe residual dispersion of the standby line is compensated. The method is advantaged in that OMSP protection switching can be realized within 50ms.

A network congestion monitoring method (100) includes: using a WLAN radio (20) of a medical device (10) that is communicating over a WLAN channel according to a transmission scheme, monitoring networkevents indicative of WLAN network congestion on the WLAN channel; and at least one of: using the WLAN radio of the medical device, mitigating the congestion by adjusting the transmission scheme according to which the WLAN radio is communicating; and using the WLAN radio of the medical device, transmitting the network events indicative of congestion on the WLAN channel from the medical device to aWLAN network management system (32).

The invention discloses an integrated ultra-small network wireless data transmission current meter. The current meter sensor is provided with a propeller, a light emitting source, a receiving photodiode, and a conducting optical fiber, and is characterized by further provided with a microcontroller, a signal conditioning circuit, and a wireless data transmission circuit. A photoelectric propeller-type flow velocity sensor emits a modulated light source. After being treated by filtering, demodulating, amplifying, and shaping, a received reflected signal forms a standard TTL signal connected tothe microcontroller. The wireless data transmission circuit is consisted of a wireless network communication control chip, a radio frequency chip, and a transmitting antenna. The software of the microcontroller is equipped with functions such as signal modulation, signal delay, regular count, data processing, power management, data transmission control, and anti-interference. According to the integrated ultra-small network wireless data transmission current meter, a flow velocity measuring device composed of a plurality of components is optimized into the integrated ultra-small network wireless data transmission current meter, and wireless flow velocity measuring is realized. A single current meter supports point-to-point wireless networking, and multiple current meters support star-type wireless networking, which can be uploaded to a local area network or the Internet to realize network management.

The invention discloses a method for automatically searching network element devices. When a user instructs a network manager to initiate a search for the network element device, the network manager directly sends a protocol packet in a fixed format to all gateway network element devices associated with the user instruction through a communication layer protocol ; The gateway network element device that receives the fixed-format protocol packet queries the information in the routing table of the path to the specific network terminal, and generates a fixed-format response protocol packet for the queried information that meets the requirements of the fixed-format protocol packet; the gateway network element The device returns a fixed-format response protocol packet to the network management system. The response protocol packet contains at least the unique identification information of the network element device that the gateway network element device can reach; The results are displayed to the user. The method for automatically searching network element devices provided by the invention greatly simplifies the search process, improves the efficiency and reliability of the search, and improves the scalability of the search process.

The invention provides a traffic video networking management device and system, and the device comprises a water control assembly, the interior of the water control assembly is provided with a fixed rod, the front surface of the top of the fixed rod is riveted with a cross rod, and one side, away from the fixed rod, of the cross rod is fixedly connected with a hollow block. According to the traffic video networking management device and system, manual water pumping is not needed, and electric energy and water resources are saved. And water in the water tank can spray dust on the camera body through the spray head, so that the effects of automatically cleaning dust on the surface of the camera without manual operation and saving manpower and material resources are achieved. And the scraping plate can downwards scrape stubborn dust on the surface of the camera body, so that the effects of conveniently cleaning the stubborn dust and water stains on the surface of the camera and improving the cleaning quality are achieved. And when collision occurs, the collision information is sent to the vehicle owner in time, so that the effects of notifying the vehicle of the collision information in time by using a new-generation information network and improving the wounded treatment efficiency are achieved.

The invention provides a data backup and configuration method and equipment, a storage medium and a system. The method comprises the following steps: firstly, identifying a number analysis table filein a service database of MSAN equipment; reading the number analysis table file; storing the data in another storage space; deleting the number analysis table file in the service database. Therefore,the size of the business database can be greatly reduced; the flow required by the network management system to carry out data backup on all the MSAN equipment managed by the network management systemis greatly reduced; in addition, the MSAN equipment can be successfully configured according to the service database of which the size is greatly reduced when data configuration needs to be carried out, and the problem that in the prior art, when a network management system carries out data backup on all the MSAN equipment managed by the network management system, the needed flow is too large issolved.