496results about How to "Guaranteed scalability" patented technology

The invention discloses a configuration sending method which comprises the following steps: when an access point is accessed, at least a configuration file which is required for sending to the access point is acquired and the configuration file comprises configuration information providing the access for the access point; the configuration file is sent to the access point. The invention also provides an access control device and an access point. By adopting the method, the device and the access point of the invention, that CAPWAP can flexibly support a new configuration to deliver requirements can be realized, in particular to configuration requirements related to wired networks of ACL, Qos, etc., thereby ensuring the expansibility of a CAPWAP protocol, realizing the unified management ofwired networks and wireless networks and avoiding complex work caused by extending a TLV simultaneously.

The invention provides a data correlation query device and a data correlation query method. The data correlation query device comprises a data acquisition unit, an SQL (structured query language) execution unit, a cache number-picking formula construction unit and a cache execution unit. The data acquisition unit is used for obtaining a fundamental field of a fact table and selecting a field of a dimension table based on the fundamental field to be used as an correlation field for correlation of the fact table and the dimension table; and the SQL execution unit is used for implementing query operations through SQL statements based on the fundamental field and a datasheet with the fundamental field, and obtaining a result set; the cache number-picking formula construction unit is used for obtaining a main key value corresponding to the correlation field from the result set, and constructing a cache number-picking formula in combination with a data path with the correlation field; and the cache execution unit is used for obtaining the value of the correlation field according to the cache number-picking formula and combining the value of the correlation field and the result set to obtain final query results. The fact table and the dimension table can be associated efficiently, results can be implemented efficiently, the fatal pressure on the system caused by correlation query of the fact table and the dimension table with a large number of data can be avoided, and the efficiency can be improved.

The invention provides a real-time monitoring system for a software system. The monitoring system is configured in a software system server and used for collecting log information generated by operation of the software system. The monitoring system comprises a log collecting module, an information system, a streaming type computing platform, a data storage module, an alarm module and a configuration management module. The log collecting module is used for screening and processing generated logs in real time and transmitting the logs selected to be monitored and alarmed to the information system; the information system is used for receiving the monitored logs transmitted by the log collecting module, and transmitting the logs needing to be monitored and alarmed to the streaming type computing platform according to a route rule; the streaming type computing platform is used for processing the logs one by one in a streaming data processing mode, and judging whether to need to record, alarm or notify the abnormal alarm situation to a related principal of the system according to log alarm levels; the data storage module is used for processing data information generated in the real-time monitoring process persistently and namely storing the data information into a database or a file system.

The invention discloses an LX I embedded type reconfigurable general test platform capable of being used for an on-site test. The test platform mainly comprises a core control unit, an FPGA integrated test unit, an instrument function unit, a test program set, a Web server and the like. Modularized hardware design is reliably and tightly connected with a function module through a compact and firm portable machine box. The core control unit finishes control and communication of a whole system. The integrated test unit mainly completes logic functions of test instruments. The instrument function unit mainly completes conversion of signals. On the basis of LX I standard design, the test platform has multiple communication modes, is suitable for mobile tests, and facilitates secondary development. Hardware is designed in a modularized mode, and is compact in structure, small in size and low in weight. Software meets standards such as IVI, SCPI, ATML and the like, and is strong in generality. The instruments have the strong data processing ability and have functions of multi-channel parallel testing and online reconfiguration of the hardware and the software. What is needed is a browser during use of the instruments, the instruments can be operated remotely and the online reconfiguration of the instruments is achieved.

The invention belongs to the technical field of Internet of things, in particular to a product traceability information management system and method. The system adopts an up-chain and down-chain coordination mechanism to manage supply chain information: the manufacturer of a product supply chain collects, stores and manages the product information or the event information produced in the process of supply chain through the sub-system under the chain, and uploads the key traceability information with anti-tamper requirements, such as information storage certificate, information location, identity authentication evidence, etc. to the sub-system on the chain based on the block chain for storage and management; each link in the same supply chain is found through the functional modules of the subsystems on the chain to verify and share the data of the subsystems under each link in the supply chain to ensure the safety of the whole process. The invention solves the unauthorized tampering problem and the trust chain transmission problem faced by the traditional tracing system, improves the credibility of the product tracing system, and ensures the flexibility and scalability of the system.

The relation-type data base system of the present invention includes data center for storing data object; metadata base for storing metadata; client sides; report server connected to the client sides; and intermediate server connected to the data center, the metadata base and the report server. The inquiry and report process includes the client side to input inquiry and report request, the report server to send metadata inquiry request, for the intermediate server to obtain metadata from the metadata base, for the report server to send metadata to the client side, for the client to input inquiring and report condition based on the metadata, for the report server to create command, for the intermediate server to execute the command in the data center and to return result to the report server, for the report server to store the result and return it to the client side, and for the client to show the result.

The invention provides a distributed file system facing to cloud storage, mainly aiming at solving the problem that the existing cloud storage system is low in performance and reliability, high in load and invalid in a single point. The system comprises a block data service layer, a metadata service layer and an application client layer, wherein the metadata service layer replaces single metadata server in a global file system (GFS) by a plurality of agent servers, and forms into peer-to-peer type service network by adopting peer-to-peer P2P network configuration; the interaction among three layers of the system comprises the following steps: the application client layer requests to write to the metadata service layer, and the metadata service layer returns block data server information; and the client layer writes the file into the block data service layer and performs the redundancy backups according to a returned result, and the metadata service layer generates metadata according to a backups result and updates local metadata and a vector clock. Therefore, the performance and the business support capacity of the existing cloud storage system can be enhanced, and the system can be used for designing and optimizing the high-performance and high-reliability cloud storage system.

The invention discloses a template-based interface autogeneration method and system. The template-based interface autogeneration method comprises the following steps of: inputting common controls, interfaces, buttons, pictures and other objects which are designed in advance and available attributes of the objects into a database, converting XSD (XML (eXtensible Markup Language) Scheme Definition) configuration files into Flash-readable AMF (Action Message Format) files, pushing the AMF files into a foreground, and taking corresponding objects and attributes thereof out from the database to autogenerate a user interface. The template-based interface autogeneration method and system disclosed by the invention realize the purposes of out-of-browser interface display and cross-platform of interfaces and has the capability of flexibly generating the configuration file forming interface as required. In addition, due to the unique dragging function of Flash per se, users can design interfaces which accord with the using habits of the users again according to the self demands.

The invention discloses a partition fast consensus method based on a reputation mechanism in a blockchain. The basic idea of the partition fast consensus method based on the reputation mechanism in the blockchain is divided into two stages: the first stage is to divide a large number of nodes in a global public chain into a plurality of small partitions, introduce the reputation mechanism in the P2P technology inside the partition, and realize local consensus using a Raft algorithm, which can achieve fault tolerance of malicious nodes; and the second stage is to further construct a global overlay network on top of the partitions to achieve the consensus of the entire public chain; in order to facilitate connections among nodes, an index committee is also constructed, which is mainly used to store the contact information and reputation values of all nodes in the whole chain; and all nodes can contact the index committee to find other nodes to establish a connection.

The invention discloses a distributed container cluster mirror image management master node, slave nodes, a system and a method, wherein the main node comprises a mirror image database which is a distributed database and is used for storing node information of all nodes in the system; the request input module is used for receiving request content including a request target and command execution content; mirror image management module, the verification module is used for communicating the password and verifying whether the request content acquired by the request record input module is legal; ifit is judged that a request target in the request content is a specified single slave node or grouped slave nodes, sending a communication password and command execution content including a pulling operation, an updating operation, a deleting operation and a cleaning operation to IP addresses corresponding to the slave nodes; and receiving the state feedback content sent by the slave node. According to the invention, the flattening management of the container cluster mirror image is realized, the management efficiency of the cluster container mirror image in a distributed system is improved,and the high reliability and safety of the whole cluster are improved.

A metering and charging system of electric energy consists of four parts of data collection, data management, network browse and electronic report. It is featured as using data collection unit and data management unit to form databank for application, using network browse unit to browse data in databank and using electronic report unit to print out required data. The system has unified data platform being able to obtain remote electric energy data and it can ensure uniqueness, completeness and correctness of the data.

The invention discloses a real-time processing platform for ultra high resolution remote sensing images based on functions of an FPGA and a DSP. The real-time processing platform mainly comprises an image acquisition module, an image preprocessing module and a remote sensing image core processing module, wherein the image acquisition module consists of a fiber coupling sensor and a Cmos image sensor; the image preprocessing module consists of a field programmable gate array (FPGA) chip, an SRAM memory and a Flash memory, and the SRAM memory and the Flash memory are connected on the FPGA chip; and the remote sensing image core processing module consists of a digital signal microprocessor (DSP) chip, a high-speed SDRAM memory and a Flash memory, and the high-speed SDRAM memory and the Flash memory are connected on the DSP chip. The invention supports high resolution images; because of high integrated level control, the effectiveness and instantaneity of the system are greatly improved; the hardware adopted by the invention has simple and flexible framework and stronger generality, and is suitable for modular design, thereby being capable of improving the efficiency of the algorithm; and simultaneously, the invention has short development period and the system which is easy to be maintained and expanded, and is specially suitable for high-speed real-time image signal processing.

The invention discloses a catering and amusement management system and a special electronic menu and a self-help ordering method thereof. The internet-based catering and amusement management system comprises a remote data service unit, a remote application service unit, at least one catering and amusement shop operating unit and an access terminal unit, wherein the remote data service unit is used for the collective and concentrated storage of data from the units in the system; the remote application service unit is used for acquiring the data from the units, analyzing and processing the data collectively, distributing the data to the units and providing an internet-based catering management application service module; the at least one catering and amusement shop operating unit is used for the daily operation of a catering and amusement shop and the data interaction with the remote data service unit; and the access terminal unit is used for accessing the corresponding catering management application service module according to the right distributed by the remote application service unit. The system has high data safety, remote management, convenient and quick maintenance, low system maintenance cost and good augmentability, and can be simultaneously applied to the management of a plurality of catering and amusement shops with different brands.

The invention relates to an enterprise supply-demand information matching method and apparatus. The method comprises the following steps of (1), establishing a feature tag library; (2), establishing a user behavior tag library according to an operation behavior of a user on a platform; (3), establishing a supply-demand keyword matching library according to the tag libraries established in the steps (1) and (2); (4), performing keyword tagging on to-be-matched enterprises and supplies-demands; (5), selecting out a matched supply-demand list from the tagged enterprise supplies-demands; (6), filtering partial supplies-demands in the matched supply-demand list to form a recommendation list; and (7), recommending the supply-demand recommendation list to the user. According to the method and the apparatus, two-way quick search can be provided for enterprises, thereby facilitating efficient cooperation of the enterprises.

The invention discloses a virtual debugging system based on an OPC UA industrial communication protocol. Modules of the virtual debugging system are mainly divided into a data acquisition layer, a data interaction layer and a simulation equipment layer. The data acquisition layer comprises an industrial robot, a PLC and an OPC UA acquisition module; the data interaction layer comprises a data processing module, a Redis database module and an interaction interface module; the simulation equipment layer comprises a RoboDK simulation robot and a RoboDK simulation machining center; the data acquisition layer acquires output data of the PLC and the industrial robot through an OPC UA protocol, transmits the data as input to the data interaction layer, and writes the data transmitted by the datainteraction layer into equipment; the data interaction layer transmits data into the simulation equipment layer according to a data address configured by the interaction interface module and transmitsthe data of the simulation equipment layer to the data acquisition layer; the simulation equipment layer transmits data of the data interaction layer to the simulation model through an API, and transmits a signal of simulation equipment to the data interaction layer; and the system completes a virtual debugging function by controlling input and output of the simulation equipment.

The invention discloses a cloud-based blockchain dynamic networking system and method, and the method specifically comprises the steps of enabling a BaaS management platform to store the information of trusted nodes, and provide a query service of a trusted node list for the outside; querying a local trusted node list through a BaaS platform, and setting a networking request instruction accordingto the returned trusted node list; executing a container creation instruction, and deploying the blockchain node into the container to form a new node; sending a node authentication request to the newnode, and sending an encryption authentication mode and trusted node network information in a request message; after receiving the authentication request, the new node performs node authentication, and sends signature information and network information to the trusted node in a message form; adding a new node to the trusted node to send node adding success information to the new node; sending a node adding instruction to the new node, and adding credible node information to send node adding success information to the credible node after the new node receives the request; and after receiving the node adding success message, enabling the trusted node to start data synchronization.

The invention provides a disk cache method and device in parallel computer system. The method comprises pre-assigning the respective occupied rate of record data and information data in a data processing memory area; caching part of the record data in disk space with a Hash bucket as the unit when the capacity of the record data in the data processing memory area is about to exceed the pre-assigned rate during data loading; during calculating of task traversal access of the recorded data, caching the accessed Hash buckets in the data processing memory area in the disk space one by one till the released space can load the Hash buckets required to be accessed if the Hash buckets to be accessed is in the disk space and the surplus record data space in the data processing memory area is insufficient to load the Hash buckets to be accessed. By means of the method and the device, automatic caching of data to the disk can be achieved in a BSP model based parallel iterative computation system.

The present application relates to a vehicle trajectory reconstruction method and system and an electronic device. The method comprises the following steps: step a, collecting road network data, and constructing a road network topology diagram according to the road network data; step b, setting starting and end points of the trajectory range, and selecting the monitoring points of the video monitor devices within the trajectory range according to the road network topology diagram; step c: performing vehicle data retrieval according to the video monitoring device monitoring points within the trajectory range, and performing trajectory reconstruction according to the vehicle data retrieval result. In a network of a large number of video surveillance devices that have been deployed, accordingto the road network data and point of interest data, an adaptive algorithm for selecting monitoring points is established by using network community discovery, shortest path algorithm and other algorithms, and data search is carried out on the basis of selecting monitoring points, which avoids time-consuming analysis and processing of redundant video monitoring devices data and improves the efficiency of vehicle trajectory reconstruction.

It is a data process system and its method, which comprises the following: at least one single multinuclear processor with at least two process nuclear; several process planes used to classify the data to be processed into several groups, wherein, according to the process plane which need arrangement and combination, it assigns relevant process nuclears to the process plane to realize the data process of each process plane and plane combination. The relevant data process method are the following: to divide several process planes; to arrange and combine the process planes according to need and to assign the relevant process nuclear to the process plane or combination; to establish running program; to organize each organization program of the process unclear in certain format into configuration files which designs each store position and operation position of the operation programs; to use the configuration files when starting the system to start the processor.

A storage system is comprised of an interface unit 10 which has an interface with a server 3 or hard drives 2, a memory unit 21 which has a cache memory module 126 for storing data to be read from/written to the server 3 or the hard drives 2 and a control information memory module 127 for storing control information of the system, a processor unit 81 which has a microprocessor for controlling the read/write of data between the server 3 and the hard drives 2, and an interconnection 31, wherein the interface unit 10, memory unit 21 and processor unit 81 are interconnected with the interconnection 31.

The invention provides a peer-to-peer structure based distributed high-dimensional indexing parallel query framework, which comprises an index creation module, a monitor module, a peer-to-peer site cluster and a soft load balance module. The index creation module is used for creating an index and storing index block files. The monitor module is used for detecting information of available memory of operation sites in the peer-to-peer site cluster and corresponding index block information of each operation site so as to coordinate the operation sites according to detection results. The soft load balance module is used for controlling load balance for the each operation site, and control is regularly synchronized through the monitor module so that the soft load balance module can timely regulate and update a lift of the operation sites currently available. The peer-to-peer structure based distributed high-dimensional indexing parallel query framework has the advantages of capability of reliably searching massive candidates in real time under support of dynamic increase and decrease, and is fast in query speed.

A Data Constraint Engine (100) for enforcing data constraints in a polyglot data tier (20) having a plurality of database-specific data stores (21, 22, 23) of various types such as an RDBMS (21), a Triplestore (22), and a MongoDB (23). The Data Constraint Engine uses the concept of a unified data model based on “records” in order to allow data constraints to be defined (using so-called “record shapes”) in a store-agnostic way. The Data Constraint Engine includes APIs (130) for processing incoming requests from remote clients (30) relating to data in the polyglot data tier, for example a request to create or update data in a data store. The APIs extract, from such a request, a record corresponding to the data specified in the request and a data source identifier identifying the data store holding the specified data. Then, on the basis of the record extracted by the interface, an appropriate record shape is extracted from a shapes catalogue (110), the record shape determining the structure of the record. Validators (120) each validate the record against the record shape according to various criteria such as format, data type, cardinality and slot count. If the record is validated, a record dispatcher (140) directs the specified data to the appropriate data store using the data source identifier. Data read from a data store can be validated in the same way.