61results about How to "Reduce configuration work" patented technology

The invention discloses a method for realizing ONU (Optical Network Unit) service automatic opening on OLT (Optical Line Terminal) equipment, relating to the field of communication equipment of a passive optical network. The method comprises the following steps: S1. pre-configuring an ONU data resource pond on the OLT equipment, and confirming various configuration data sets necessary for hanging a plurality of ONUs under the OLT equipment; S2. in the OLT equipment, generating respective required templates aiming at different types of ONUs, and confirming the requirement on configuration data for opening the service of various types of ONUs; and S3. when each ONU is accessed to the OLT equipment, obtaining the type of the ONU by the OLT equipment, obtaining the configuration data according to the content of the ONU corresponding to the requirement template, requesting the configuration data from the ONU data resource pond, transmitting the configuration data to the ONU so as to accomplish the service opening, and recoding the allocation relationship of the configuration data. The method needs no manual engagement into the opening process; the service can be opened automatically; the artificial mistakes are prevented; the accuracy in service opening is improved; and the opening efficiency is ensured.

The invention discloses a network element equipment online method and system and network element equipment. The network element equipment online method comprises that network element equipment obtains the corresponding relation between each interface and routing domains and management IP; peer to peer (P2P) Ethernet interfaces of the network element equipment use the management IP to carry management messages; the network element equipment enables routing protocols corresponding to the routing domains at the interfaces according to the corresponding relation between the interfaces and the routing domains. According to the network element equipment online method and system and network element equipment, the manual configuration workload during network element online can be effectively reduced.

The present invention relates to an apparatus for the optical analysis of a sample, also referred to as microscope, which is configured for an optical analysis process having high resolution for the detection of fluorescent molecules. The apparatus and the process applied when using the apparatus are configured for excitation light generated by an excitation light source to be directed onto a sample and the light emitted by the probe is detected. The apparatus and the process are characterized in that the excitation light is synchronized with the detection. The apparatus is characterized in that it has a polarization device which is configured to modulate the polarization of the excitation light with a modulation signal, wherein the modulation signal has or consists of at least one frequency, in particular a pre-determined frequency or several pre-determined superimposed frequencies, or the modulation signal consists of a sequence of signals that has no repetition.

A network device which is connectable to a data communication network is provided. The network device includes at least two device components including a first device component. Each device component has a communication interface, which is accessible via an internal static network address, associated for communicating data. The network device further includes a node device having an internal interface for communication with the communication interface of each of the at least two device components and an external interface for communication with an external device different from the network device. The node device is configured for receiving external data from the data communication network and providing to the first device component, in response the external data and by using the internal network address of the first device component, component specific data related to the first device component.

The invention relates to a high efficiency electronic document permission inheritance and propagation method; the method needs a permission configuration module, a permission collection module, and a permission filtering module; the method comprises the following steps: using the permission configuration module to plan and allocate the permission of a present file structure; using the permission collection module to collect existing permission information when the system initializes, binding node and permission corresponding information, and storing bound information into the memory; using the permission filtering module to match with a present logging user according to the permission information in the permission collection module, giving the present user with corresponding permission if the matching succeeds, and allowing the node to be invisible to the present user if the matching fails. The method can effectively carry out permission configuration for documents, thus ensuring configuration work of system management personnel; the configuration information is simple and clear, and can be flexibly combined and configured, thus allowing configuration to work in real time.

In order to enable the thorough mixture of a melt flow S made of plastic, and polyvinyl chloride in particular, with the lowest possible amount of damage and the adequate homogenization thereof, the melt flow S is divided into partial flows T, which partial flows T are twisted independently from one another about axes extending in the direction of flow and are thereafter joined again into a common melt flow S.

It is described a network device having at least two device components and being connectable to a data communication network. Each device component has a communication interface which is accessible by using an internal network address associated therewith. The network device further includes an address translation device having an internal interface for communication with the communication interface of each of the at least two device components and an external interface for communication with an external device different from the network device and being configured for determining, based on a received target identifier, the internal network address associated with the communication interface of a first device component. The address translation device is further configured for forwarding the external data to the first device component by using the internal network address of the first device component. Further, a configuration device for providing the external data is provided.

The invention discloses a control system for a cold station of a central air conditioner. The control system comprises a first cold station device set and a second cold station device set. The first cold station device set comprises one or more first cold station devices. Each first cold station device is connected with a first device controller. The first cold station devices in the first cold station device set are connected in parallel. The first device controller is used for adjusting the operating parameters of the connected first cold station devices. The second cold station device set comprises one or more second cold station devices. Each second cold station device is connected with a second device controller. The second cold station devices in the second cold station device set are connected in parallel. The second device controller is used for adjusting the operating parameters of the connected second cold station devices. The second device controller is in communication connection with the first device controller. The second cold station devices and the first cold station devices belong to different cold station devices. Through adoption of the control system, the technical problems of high control program development capacity and high workload of field connection and networking configuration and debugging in the control system for the cold station of the central air conditioner are solved.

The invention discloses an SIP protocol based session encryption method. The SIP protocol based session encryption method comprises the steps that a calling party sends an SIP request message for connection establishment to a called party through an SIP server; the SIP server sends randomly-generated secret keys to the calling party and the called party, and then secret key receiving confirmation messages are sent to the SIP server after the calling party and the called party receive the secret keys sent by the SIP server; the calling party and the called party establish session connection; the calling party and the called party use the same encryption algorithm and the secret keys sent by the SIP server to perform encryption and decryption to voice data. By means of the SIP protocol based session encryption method, IP voice encryption processing process can be greatly simplified. Compared with an SRTP protocol, achievement complexity is greatly reduced. Compared with pre-configured fixed secret keys, configuration work is omitted, the secret keys for communicating connection are different each time, and even if the secret keys are cracked, session contents after connection is re-established cannot be obtained.

The invention discloses an object-based fixed value area sequential switching program control method. The actual use of the method in engineering greatly improves operation efficiency and effectiveness. The basic unit of a SCADA monitoring system platform data organization is object. The data and relations between the data in the system are distributed in various object types of cases in the form of objects or object attributes. Each object case is numbered by a unique ObjectId. In combination with a graphic tool, the platform system displays data to a user in the form complying with the actual topological structure, thereby greatly improving the data management capability of a large SCADA system.

The embodiment of the invention relates to the field of electronic information technology, and discloses a configuration method, a test method, a configuration server and service node equipment. The configuration method in the embodiment of the invention comprises the following steps: pre-creating a mock service node on a service node device; Detecting whether a mode configuration request of the user terminal is received; The mode configuration request includes at least a tested mode type; If the mode configuration request is received, configuring the mode type of the mock service node as themode type by the service node device. The embodiment of the invention also provides a test method, which configures a server and a service node device. The embodiment of the invention can realize a plurality of test functions, meets a plurality of types of function test requirements of a large-scale service-oriented structure, improves test flexibility, and brings convenience to software test.

The embodiment of the invention discloses a software integration method and system for applying a Simulink model to different automobile controller platforms, and the method comprises the steps that different hardware information is configured according to different automobile controller platforms; platform information of the automobile controller platform and hardware information corresponding to the platform information are stored in a platform folder of a Simulink model; when the model is developed, a required automobile controller platform is selected; and according to the selected platform information of the automobile controller platform, hardware information corresponding to the selected platform information is extracted in the platform folder for a developer to perform model development. When a developer carries out model development, corresponding hardware information can be obtained only by selecting the needed automobile controller platform, repeated and tedious hardware information configuration work during controller platform switching is omitted, the problem that when the same model is applied to different automobile controller platforms, a large amount of hardware information needs to be reconfigured is solved, the working difficulty is reduced, and the development efficiency is improved.

The invention discloses a configuration checking method and device for a big data cluster component and computing equipment and relates to the technical field of computers. The invention is used for reducing the workload of configuration personnel in the existing big data cluster component configuration checking and improving the configuration checking efficiency and the configuration checking accuracy. The method comprises the following steps: obtaining configuration information of a main node of a big data cluster, and logging in the main node according to the configuration information; obtaining a starting parameter of a master node big data component corresponding to the master node and address IP information of a slave node; acquiring a configuration file of the master node big data component according to the starting parameter, and performing configuration check on the master node big data component based on the configuration file; and after the configuration check of the masternode big data component is completed, automatically jumping to the first node by utilizing a host jump technology based on the IP information of the slave node, and after obtaining a configuration file of the slave node big data component corresponding to the first node, carrying out configuration check on the slave node big data component.

The invention discloses a data processing method and device and a computer readable storage medium, and the method comprises the steps: obtaining a service request sent by a service end, the service request comprising a service identifier and request content information; in response to the service request, searching a service parameter and a third-party platform parameter corresponding to the service identifier; sending an access request to the third-party platform by using the service parameters, the third-party platform parameters and the request content information; receiving response information returned by the third-party platform according to the access request; and converting the response information into data in a first format, and returning the data to the service end. According to the application, in the interaction process of the service end and the third-party platform, the service end does not need to consider the problems of authorization verification, individual parameters, request modes, exception handling, access modes and the like of the third-party platform; and repeated interface development work and complicated and variable third-party platform parameter configuration work when the third-party platform accesses the service end can be reduced, and the workload of operation and maintenance is reduced.

Provided are a method and a system for establishing an end-to-end label switched path. The method comprises: a first node ascertains an end-to-end label switched path from the first node to a last node, said path comprising nodes corresponding to integrated devices and nodes having single switching capability; path request messages are sent to establish the end-to-end label-switched path hop by hop. Embodiments of the present invention can establish an end-to-end path integrated with multiple switching capabilities.

The invention discloses a data cleaning processing method and system, and belongs to the technical field of data processing. According to the data cleaning and processing method, firstly, a relation graph between a data model and data cleaning and processing rules is established, full-automatic processing from original data to standardized cleaning and processing result data is completed through the relation graph, and data cleaning and processing are completed. According to the data cleaning processing method, the operation efficiency of the cleaning processing rule can be improved, the reusedegree of the cleaning processing rule is improved to a greater extent, and the popularization and application value is very high.

The invention discloses a routing delivery method and device for suppliers, a storage medium and a server, and the method comprises the steps that an order system receives an ordering request, transmitted based on an HTTP protocol, of a background order service generated by a user at an APP or WeChat H5 operation interface; the order system generates order information based on the order placing request, and requests the payment gateway to return a payment link response to the page according to the order information; the page calls a payment link to enable the user to complete payment, and an order system is called by using a DUBBO communication technology and the order information that the payment is successful is notified after the payment system receives a callback of successful payment;and the order system notifies the supplier service system to call the upstream service to perform configuration strategy delivery according to the order information. In the embodiment of the invention, when a user places an order, the delay of the user is reduced, a very good management interface is provided for background management, background configuration work is reduced, and the access efficiency of a supplier service system is improved.

The invention provides an application program processing method and device. The method is applied to a server. The method comprises the steps that historical operating records of a user are collected; the historical operating records include frequencies of the user accessing different application sets in an application program distribution platform and frequencies of the user browsing different application programs in the application program distribution platform; the application set meeting the first condition and the application program meeting the second condition are screened out from the historical operating records; the first condition is that the frequency of the user accessing the application set is larger than the first frequency, and the second condition is that the frequency of the user browsing the application program is larger than the second frequency; when the application program meeting the second condition does not belong to the application set meeting the first condition, the application program meeting the second condition is added into the application set meeting the first condition. Personalized configuration of the application program in the application program distribution platform is achieved, no manual intervention is needed, and a large amount of configuration work is omitted.

The invention provides a communication method, which is applied to the field of communication and is used for carrying out data transmission according to a data packet in a preset format. The method comprises the following step of transmitting data between devices in the Internet of Things system through a data packet in a preset format, wherein the data packet in the preset format comprises a data packet identifier, data packet types, a device identifiers, a destination register address and a destination register value; the data packet types comprise a system type, a transmission type, an operation type and an operation result; the device identifiers comprise a first device identifier and a second device identifier, and the first device identifier refers to a source device identifier; thesecond equipment identifier refers to a target equipment identifier; the device identifiers comprise a user number, a region number, a physical grouping type of the device, a physical grouping numberof the device, a device type, a device address type and a device address. Via the communication method and device disclosed in the invention, automatic establishment and automatic control of the Internet of Things system can be realized through the data packet in the preset format.