474 results about "Data center services" patented technology

In a method for managing servers in a data center, an peripheral BMC list of each candidate BMC is updated, when any candidate BMC receives a data packet from an peripheral BMC. A master BMC is determined from all of the candidate BMCs, and the master BMC sends starting instructions to each peripheral BMC at a specified time interval, according to a preset start sequence. Power supply devices corresponding to the master BMC and all the candidate BMCs are powered on after all of the power supply devices corresponding to the peripheral BMCs have been powered on, and all of the servers in the data center are started in this manner

A system, method and apparatus dedicated to accessing certain aspects of the Internet. The system includes a hardware device having a display and firmware associated with the display. The firmware includes a web browser and an operating system, configured to automatically connect to a datacenter server using the web browser, and to receive a frameset template from the datacenter, the frameset including frames, wherein each frame includes a preset content locator, upon boot of the operating system. The data center server may have preconfigured framesets with assigned content locators, and be configured to transmit one or more of the framesets to the device. Each frame may include content from transmitted from a different internet server upon boot of the operating system.

A server migration tool used to construct data center migration scenarios allowing for a user to rapidly manipulate a large number of input parameters required to describe a transformation from one data center configuration to a new data center configuration. The tool then performs the transformation and allows the user to interact with new data center configuration to understand its performance. A novel parameterization, speed independent service demand (SISD), greatly facilitates scaling performance metrics between different hardware platforms.

A technique dynamically responds to non-network events at a network device in a computer network. According to the novel technique, one or more sensors automatically detect (sense) one or more non-network events, and notifications of the non-network events are then transmitted over the network. One or more network devices (e.g., data centers, servers, routers, etc.) detect the notifications of the network events, and dynamically respond to the non-network events based on one or more associated policies. For example, one or more network-based policies may be defined that modify one or more network configuration parameters in response to the non-network events. Alternatively or in addition, one or more physical-based policies may be defined that instruct one or more network-attached physical control devices to modify one or more physical parameters.

An example of a solution provided here comprises: providing a shared platform that is prepared to accept an incoming customer; for the incoming customer, (a) utilizing at least one information technology management control point; and (b) porting the incoming customer's application, or boarding the incoming customer's application, or both; accepting the incoming customer, among multiple customers, on the shared platform; and sharing hardware and software, among the multiple customers.

The invention discloses a method based on police affair big data center service construction. Through building of a police affair cloud data service layer, functions of data collection, data arrangement, data sharing and data analysis are realized, and the police affair cloud data service layer includes a data recourse sublayer, a service resource sublayer, a resource application sublayer, a data sharing platform and a big data platform. According to the method provided by the invention, through building of the police affair cloud data service layer, the functions of all police data collection, data arrangement, data sharing and data analysis are realized, the capability and level of technical service assurance of data processing and data sharing of a public security organization are comprehensively improved, a data mining and analysis capability is perfected and improved, and open and efficient data sharing application and data analysis and mining services are provided for all the police.

Methods for treating vascular disease in humans and generating data representing treatment plans are disclosed. A first set of clinical vascular health data from a healthcare provider and representing a vascular health condition of a patient is received at a data center server that is communicatively coupled to a public data network. One or more vascular disease analysis algorithms are applied to the first set of vascular health data, to result in creating and storing an initial treatment plan for the patient. A second set of vascular health data is received from a monitoring device that is associated with the patient and that is communicatively coupled to the data network; the second set of data include Doppler monitor data obtained from the peripheral vascular system of the patient. One or more vascular analysis algorithms are applied to result in creating one or more supplementary treatment plans for the patient. At least one of the treatment plans includes a biofeedback interaction. The treatment plans are provided to the patient over the data network. The foregoing steps are iteratively repeated one or more times as determined by the physician and patient, resulting in improved vascular health.

A generic approach for automatically ingesting data into an HDFS (Hadoop File System) based data warehouse includes a datahub server, a generic pipelined data loading framework, and a meta-data model that, together, address data loading efficiency, data source heterogeneities, and data warehouse schema evolvement. The loading efficiency is achieved via the MapReduce scale-out solution. The meta-data model is comprised of configuration files and a catalog. The configuration file is setup per ingestion task. The catalog manages the data warehouse schema. When a scheduled data loading task is executed, the configuration files and the catalog collaboratively drive the datahub server to load the heterogeneous data to their destination schemas automatically.

The invention relates to tree structure oriented data synchronization and discloses a timestamp-based tree structure data synchronization method. The method comprises a central server cluster and a client side, the central server cluster comprises multiple servers, and each of the central server cluster and the client side is of a star topology structure. The method specifically includes the steps: registering the client side to the servers, initiating synchronization by the client side, responding to synchronization by the servers and conforming by the client side. The method has the advantages that structural features of tree structure data are considered fully, communication data in the synchronization process are decreased, synchronization efficiency is improved, and the method has high application value.

The invention provides a method for remotely monitoring and predicting the fault of a forklift loader. A pressure sensor, a temperature sensor, a vibration sensor, and a current/voltage sensor are installed on corresponding components of the forklift loader. A vehicular smart terminal acquires the status data of the corresponding sensors of the components and is proactively connected with a data center server. The data center server performs data interaction and instruction communication with the vehicular smart terminal via the Internet and stores acquired data in a corresponding data table. A data center monitor program periodically scans and compares historical data samples in a database, checks whether a fault exists in combination with an equipment maintenance log and component fatigue information, predicts components possibly generating faults, communicates with a user if finding out a abnormal condition, guides a forklift loader driver to troubleshooting the faults, prepares spare components and makes maintenance preparation, shortens detection, component preparation, transport, and maintenance time consumed between a shutdown caused by the faults and a restart as much as possible, and decreases losses caused by the faults.

Various techniques are described herein for generating and managing computing infrastructure instances within datacenters. Data identifying various computing infrastructure characteristics may be receive and analyzed in order to determine one or more computing infrastructure definitions to be instantiated within a datacenter. Specific datacenters may be determined for instantiating the computing infrastructure definitions, various provisioning and configuration management tools may be selected, and computing infrastructure instances comprising multiple interoperable services (e.g., web services) and other components may be provisioned, configured, tested, and maintained. In some examples, instance execution data may be received and analyzed via instance monitor components transmitted and deployed within computer infrastructure instances executing on datacenters. Instance monitor components may collect instance execution data, which may be analyzed to identify issues of performance, stability, cost, and the like, associated with various combinations of computing infrastructure definitions, datacenters, services, and configurations.

The invention discloses a passenger flow analysis system. In the system, a camera head transmits shot video data to a video analysis server; the video analysis server transmits the analyzed data to a data center server for being processed; and a reporting system which can generate data reports according to statistical passenger flow volume, transaction amounts and transaction turnover and other data is arranged in the data center server. The invention can reflect rich passenger flow information to support managers to make scientific decisions according to different statistical data and graphs, wherein the passenger flow information includes passenger flow volume, gender character, passenger flow time character, passenger flow speed character, purchase volume and percent conversion, passenger flow volume difference among ordinary days, weekends and holidays, passenger flow volume time distribution, historical passenger flow comparison, historical year-on-year passenger flow compassion and the like.

The invention provides an intelligent road traffic system and method of controlling vehicle driving. The system comprises a plurality of wireless signal transceivers arranged on two sides of a lane on a road assigned section pavement, a vehicle information terminating machine arranged on a vehicle, and a data center server arranged at a traffic control department. The plurality of wireless signal transceivers are respectively in connection with the vehicle information terminating machine and the data center server. In the embodiment, a road assigned section is provided with the plurality of wireless signal transceivers; the vehicle information terminating machine sends the relevant data of the vehicle to the data center server through the wireless signal transceivers in real time; the data center server receives the relevant data of the vehicle and generates corresponding control instructions; the vehicle information terminating machine receives the control instructions sent by the data center server, and controls vehicle driving states according to the control instructions, thereby controlling vehicle automatic driving, and furthermore controlling vehicle illegal behaviors fundamentally.

Techniques for displaying cloud services availability and configuration information which have particular applicability in an environment where a cloud service provider offers virtual data center services to numerous commercial customers.

The invention discloses a realization method of an attendance system based on smart phone digital certificates and time and position verification. The attendance system is composed of a mobile phone-side system and a Web based data center server-side system; the digital certificates bound with mobile phones are used as a basis for identity recognition of checked users, a mode that a dynamic time stamp is combined with equipment locating information is adopted to provide attendance time and position verification, two attendance verification modes including active recognition and passive recognition and two verification time frames including in-place verification and off-site verification can be provided in view of differences of functions and performance of the mobile phones, and the effectiveness of a checking-in process is ensured. The attendance system can reduce the equipment investment, improve the checking-in efficiency and the checking-in accuracy, and simplify the checking-in data management and maintenance.

The invention discloses a remote data acquisition and analysis system for a filling production line, including a data acquisition terminal for real-time on-line acquisition of production characteristic data, a data center server for transmitting and storing production characteristic data and a remote client of a data collection and analysis system for processing the production characteristic data,wherein the remote client of the data collection and analysis system reads the production characteristic data from the data center server and analyzes the production characteristic data; The remote client of the data acquisition and analysis system comprises a user login and management module, a device parameter real-time monitoring module, an on-line data analysis module, an expert meeting module, a filling scene video monitoring module and a production inquiry module. The remote client comprises a user login and management module, a device parameter real-time monitoring module, an on-line data analysis module, an expert meeting module, a filling scene video monitoring module and a production inquiry module. The system can collect the data of every working link of the filling productionline, monitor the production process of the filling production line in real time and remotely, and analyze the quality of the filling product on-line, which is helpful to improve the qualified rate and quality of the product and save the cost of fault diagnosis.

A system and a method for forming the system. The system includes a cooling conduit and rack containers stacked in a first direction parallel to a floor. Each rack unit includes at least one heat generating device configured to generate heat while in operation. Each rack container is equipped with wheels positioned on a supporting structure to enable the wheels to move along the supporting structure in a second direction which enables adjacent rack containers to move closer to or further from each other. The second direction is parallel to the floor and perpendicular to the first direction. The supporting structure is on the floor and oriented in the second direction. The cooling conduit is secured on a top surface of each rack container to allow a cooling fluid to flow into each rack container and be heated by absorbing heat from the at least one heat generating device.

The invention belongs to the technical field of power systems, and in particular relates to a data center service and application interface management platform. An application structure includes data information management, other information management, interface information management and scene information management; an efficient service platform is provided to perform scientific management for assets based on the data center construction achievement, such as a data source, a data model, an interface, a service system and a scene. The data center service and application interface management platform is that the data source, a data dictionary and other information are maintained as demand; the interface information is configured; the authority control is performed for the interface calling; the IP and user access authority are set; the interface is associated with the scene; a new scene is created and associated as requirement; the data model authority is distributed into row authority and rank authority, and the corresponding message array information is configured; the configured interface parameter information is provided to a demander; the demander can develop a client and call according to the parameter and interface calling standard. With the adoption of the data center service and application interface management platform, the repeated development of the data service interface is reduced, and thus the development cost can be decreased.

The invention relates to a data sharing system and a method. The system comprises one or more data center servers, one or more data management servers and a database. The data center server is used for receiving the data information submitted by a client, carrying out the data exchange, sending the data information needed by the client, checking and evaluating the data information submitted by theclient, the data information exchanged with the client and the data information required by the client, storing the data information submitted by the client, the data information required by the client and corresponding checking and evaluating results in the database. The data management server is used for managing the corresponding one or more data center servers, and storing data submitted by the client and the data-acquiring process information of the client in the database. According to the invention, data can be found, shared and audited publically. Meanwhile, a credible data evaluationprocess can be provided, and the reliability of data sharing is improved.

The invention discloses a geographic information navigation system based on a visual field of users, which comprises a data center server, a navigation processing module and a mobile client side, wherein the data center server is used for storing control programs of the system and extracting GIS (geographic information system) data from internet or self-stored data according to current GPS (global positioning system) coordinates and displaying to the users and includes GIS data acquisition module, GIS data storage and buffer module and a user module; the navigation processing module is used for collecting orientation data of the users and displaying the collected data according to the GIS data display of the navigation module and includes a user posture acquisition module, a virtual information superposition display module and a navigation module. The system can directly calculate the scenery related information and navigation information in the visual field of the users through spatial projection and overlay and display on the visual field of an equipment screen, so that the users can obtain the information visually and efficiently.