571 results about "Cloud systems" patented technology

A cloud computing system management system including a plurality of computing devices configured to host virtual machine instances, each computing device in the plurality of computing devices including a local agent that continuously evaluates the observed load relative to a utility maximization function. If observed load is higher than a calculated optimal level, individual loading processes are offered for “sale” via a market scheduler. If observed load is lower than a calculated optimal level, then available capacity is offered as a bid via the market scheduler. The market scheduler matches bids with available processes and coordinates the transfer of load from the selling device to the buying device. The offered prices and utility maximization functions can be employed to optimize the performance of the cloud system as a whole.

Methods and systems for provisioning services or resources on a cloud service for successful execution of an application includes detecting a request for executing an application on a cloud service. In response to the request, a descriptor record for the application is retrieved from a descriptor file. The descriptor record is specific for the cloud service and provides details of environmental resources or services required for executing the application. Resource and service requirements are translated into actions to be taken in the cloud service environment for provisioning the resources or services required for the application. The actions to be taken are brokered to occur in pre-defined sequence based on details provided in the descriptor record for the application. Status of the actions taken is provided. The status is used to determine if the required resources or services have been provisioned for successful execution of the application in the cloud service.

A mini-cloud system has been described to enable subscription or service model for computing infrastructure, software and Digital content. The mini-cloud system work as a pipe line for information delivery connecting end user, infrastructure provider, content provider, and retailer offering automatic provisioning of infrastructure, content lifecycle management, automatic upgrade, servicing, license managements based on subscription model. Mini-cloud system uses a subscription management component, virtualization host to back computing environment, then add routing component to connect to backend cloud infrastructure along with a digital content delivery framework. The system allow a user to subscribe a computing environment, preferred software applications, and digital content like move and pay a monthly utility bill.

A cloud-based test system is disclosed. The cloud-based test system utilizes several cloud systems for testing. Each cloud system includes several cloud servers for providing a cloud resource to simulate several virtual test machines. The cloud-based test system includes several slave servers and a main server. Each slave server corresponds to one of the cloud systems for controlling the corresponding virtual test machines. The main server receives a test instruction, which is utilized to execute a target test item for a target electrical device, from a client, and generates a test environment condition corresponding to the test instruction. The main server determines the virtual test machines for executing the target test item and the at least one server to control the virtual test machines. The main server transmits the test instruction and the corresponding test environment condition to the server slave servers for testing.

The present disclosure provides distributed, multi-tenant Virtual Private Network (VPN) cloud systems and methods for mobile security and user based policy enforcement. In an exemplary embodiment, plural mobile devices are configured to connect to one or more enforcement or processing nodes over VPN connections. The enforcement or processing nodes are configured to perform content filtering, policy enforcement, and the like on some or all of the traffic from the mobile devices. The present invention is described as multi-tenant as it can connect to plural clients across different companies with different policies in a single distributed system. Advantageously, the present invention allows smartphone and tablet users to protect themselves from mobile malware, without requiring a security applications on the device. It allows administrators to seamless enforce policy for a user regardless of the device or network they are connecting to, as well as get granular visibility into the user's network behavior.

A method of detecting optical subsystem failures includes emitting a pulsed light beam from a laser through a window. A reflection signal indicative of a portion of the beam reflected by the window is compared to an expected signal to monitor for degradation of an optical component.

A method, system, computer readable media and cloud systems are provided for adjusting image data presented in a head mounted display (HMD). One method includes executing a virtual reality (VR) session for an HMD user. The VR session is configured to present image data to a display of the HMD. The image data is for a VR environment that includes a VR user controlled by the HMD user. The method further includes adjusting the image data presented on the display of the HMD with the cadence profile when the VR user is moved in the VR environment by the HMD user. The adjusting causes a movement of a camera view for the image data that is for the VR environment as presented on the display of the HMD. In some examples, the cadence profile substantially replicates a rhythmic movement of a person while moving in a real world environment.

An ear-based wearable networking device, system, and method is disclosed. The wearable networking device, system, and method is configured to monitor and process plural conversations in proximity of a user and store the associated information in a cloud system. The cloud system is configured to, based on the associated information, process, archive, create alerts, create reminders, retrieve, etc.

An internet-of-things control system based on mixed cloud comprises a public cloud system and a plurality of private cloud systems. The public cloud system is connected with the private cloud systemsto form a mixed cloud system, and the public cloud system is used for controlling the communication interaction of the private cloud systems and provides distributed storage and distributed computingcontrol for all nodes formed by all the private cloud systems; the private cloud systems provide network access control for user clients and various internet-of-things terminals and control local resources and meanwhile share a part of storage resources of local storage units and local hardware operation resources. The information isolated island problem of resources in user homes in the current internet-of-things system is solved, the problem that the user family object resources are independent and do not form a unified control coordination system, so that the existing internet-of-things system needs to construct huge system resources at the public end, and the system becomes huge, redundant and high in cost are solved, and the problem that the privacy of a user cannot be protected in ahigh-safety degree is solved.

The invention discloses a cloud system for household electronic commerce based on a CDN (Content Delivery Network) and a load balancing technology as well as an implementation method. The cloud system comprises a user App module, a load balancing module and a CDN node module, wherein the load balancing module comprises a GSLB (Global Server Load Balance) module and an LSLB (Local Server Load Balance) module, the CDN node module comprises a plurality of Cache node servers, the CDN node module, which is closest to the user App module, is selected through the load balancing module, and data exchange is carried out between the user App module and the closest CDN node module. The cloud system for household electronic commerce based on the CDN and the load balancing technology as well as the implementation method have the advantages of flexible system expandability and capabilities of effectively improving the utilization efficiency and the response speed of a background server and other resources, remarkably improving the efficiency for solving the IO (Input Output) bottleneck of a front network, helping to shorten the system response time during high concurrency of users and solving the network congestion problem.

A collapsed cloud proximal to the user of a client device determines, stores, and provides access to content needed by the user or group of users. Content needed by the user is pushed into one or more access points that a client device is accessing or is expected to access. The client device accesses the content via local access to the access point(s) that it connects to, access relevant content from the local storage of the access point that it connects to as it moves.

Systems and methods for alerting administrators of a monitored digital user experience include performing inline monitoring of network access between one or more users each with an associated user device executing an agent application, the Internet, and one or more cloud applications and private applications. The systems and methods also include obtaining device, application, and network metrics related to the inline monitoring from a cloud system and a logging and analytics system. The systems and methods further include comparing the metrics to one or more alerts comprising alert rules. The systems and methods yet further include sending a notification to one or more administrators when the metrics include data that satisfies the alert rules of the one or more alerts.

According to one embodiment of the present invention, a method computing resources are dynamically provisioned to meet service level objectives in a cloud computing environment. Resources available for provisioning to the cloud computing environment are determined and the quality thereof monitored. Current resource needs for a cloud job tenancy are determined, and selected resources are dynamically provisioned from resources available for provisioning based on the current resource needs and the quality of the resources available in order to meet the cloud job tenancy and the service level objectives.

The invention discloses a data transmitting method and system applied to a cloud system. The method comprises the steps of receiving an identity authentication request transmitted by a user at a user side through dynamic data generating equipment; authenticating the identity of the user according to the identity authentication request; issuing an access license for the user who passes the identity authentication, and confirming a communication secret key in the data transmission process, wherein the access license has an expiry date; and dynamically authenticating the identity of the user if the access license of the user is within the expiry date during transmitting the enciphered data to the user, and stopping the data transmission when the authentication is failed. In the scheme, during the data transmission, the identity of the user is continuously authenticated by the user current status information obtained by the dynamic data generating equipment, and the encryption measures are cooperatively performed, so that the security of the data transmission in the process of interaction between a cloud side server and the user is improved.

The invention provides an intelligent vehicle-mounted communication informatization system based on a 3-generation (3G) technology and a cloud system. The intelligent vehicle-mounted communication informatization system comprises a master control module, a wireless communication module, a positioning module, a sensor module and other functional modules, wherein the master control module comprises an advanced Risc machine (ARM)-based micro controller which is used for coordinatively controlling other modules of the system, and an intelligent embedded operating system; the wireless communication module is a wireless access module for accessing the system to the Internet based on various 3G technologies and is electrically connected with the master control module; the positioning module is a module for supplying a positioning function to the system based on positioning systems, such as a global positioning system (GPS), a beidou positioning system and the like, and is electrically connected with the master control module; the sensor module is a module for supplying a theftproof function based on an ultrasonic sensing technology and is electrically connected with the master control module; and other functional modules are modules for realizing main functions of the system. The invention also provides a communication method applied to the system. The system has the characteristics that: the GPS navigation speed is higher, the cloud system can be widely applied, and the whole vehicle-mounted system is higher in intelligentization level.

Disclosed is a cloud system for enhancing security of a private virtualized cloud server and a security management method thereof. To this end, the present invention provides a security-enhanced cloud system comprising: a control system for performing user authentication using fingerprint recognition and face recognition or biometric recognition and creating a wake-on command; a mobile terminal for creating fingerprint recognition information and face recognition information or biometric recognition information by recognizing a fingerprint and a face or a body of a user, and, if an authentication request is received from the control system after connecting to the control system, completing the user authentication by transmitting the created fingerprint recognition information and face recognition information or biometric recognition information to the control system in response to the authentication request; a private virtualized cloud server allowing use of first class document data of a high security level and second class document data of a low security level by permitting only connection of a computer of the user after being activated in response to the wake-on command transmitted from the control system, and automatically shut down when the user of the computer requests or two or more users are connected; and the computer using the data in the private virtualized cloud server after acquiring a right to connect to the private virtualized cloud server by permission of the private virtualized cloud server.

A method and system for controlling an indoor autonomous robot. A method of controlling an indoor autonomous driving of a robot in a cloud system includes receiving, by the cloud system, first sensing data that is generated by a mapping robot autonomously driving in a target facility using a first sensor that detects the first sensing data with respect to an inside of the target facility; generating an indoor map of the target facility based on the first sensing data; receiving, from a service robot present in the target facility through a network, second sensing data that is generated by the service robot using a second sensor that detects the second sensing data with respect to the inside of the target facility; and controlling an indoor autonomous driving of the service robot with respect to the target facility based on the second sensing data and the generated indoor map.

The invention belongs to the technical field of mobile communication, and particularly relates to a decision-making method for task unloading and migration based on user mobility. The method comprisesthe steps that enabling a mobile user to determine the cost and income of a mobile edge cloud system according to a random connection time and task processing time relation; establishing a revenue system model with the goal of maximizing the revenue of the mobile edge cloud system; adopting a multi-stage random planning method for the revenue model; obtaining the earnings of each mobile edge cloud computing MEC and the corresponding unloading task amount of the mobile edge cloud computing MEC; and adopting an upper confidence boundary algorithm to maximize the system average income within thelearning time T, so that the MEC with the maximum system income is obtained. According to the invention, the randomness problem of the connection time between the mobile user and the MEC and the problem of how to select the MEC specifically can be solved, so that the method can be widely applied to a mobile edge cloud system.

A method for waking up one or more sleeping small cell base stations in a wireless communication system for serving a user equipment is described. The wireless communication system includes a plurality of small cell base stations and one or more macro base stations. A wake up signal configuration is received at a user equipment, and a wake up signal configured in accordance with the received wake up signal configuration is transmitted by the user equipment.

The invention discloses a smart city three-dimensional visual display system. The system comprises a data loading module, a three-dimensional browsing module, a scene control module, a three-dimensional object module, a data editing module, a measuring tool module, a three-dimensional analysis module and a data statistic module. The data loading module is used for being connected into a cloud system or a third party system to provide data services and conducting data analysis according to data standards, so that a data structure in the system is formed; the three-dimensional browsing module is used for browsing three-dimensional physical model scenes. The three-dimensional object module is used for importing objects, drawing, plotting and adding the objects and then outputting the objects. Three-dimensional panoramic information and three-dimensional interaction and analysis results of a smart city can be vividly, quickly and conveniently displayed by means of the system, visual interaction query is achieved through a three-dimensional display system, visual service query results are displayed in the three-dimensional display system, and dynamic information is subjected to interaction display through the three-dimensional display system.

The invention discloses a scheduling method for a mobile cloud computing platform. The method comprises the following steps: monitoring resource occupancy of cloud system programs while running a group of cloud systems; if current total resource occupancy is higher than a preset upper threshold, dynamically changing an execution sequence of the group of cloud system programs according to a resource request amount occupied by each of the plurality of cloud system programs, so that execution priorities of the cloud system programs with relatively low resource occupancy are higher than the execution priorities of the cloud system programs with relatively high resource occupancy; executing the cloud system programs with relatively high resource occupancy at idle periods of execution intervals of the plurality of cloud system programs with relatively low resource occupancy; and when the current total resource occupancy is lower than a preset lower threshold, restoring or maintaining an original execution sequence. The invention also discloses a scheduling device for the mobile cloud computing platform. The scheduling device comprises a monitoring module, an execution priority scheduling module, an idle work scheduling module and an execution priority restoring module.

A management method of cloud resources is provided for use in a hybrid cloud system with first and second cloud systems, wherein the first cloud system includes first servers operating first virtual machines (VMs) and the second cloud system includes second servers operating second VMs, the method including the step of: collecting, by a resource monitor, performance monitoring data of the first VMs within the first servers; analyzing, by an analysis and determination device, the performance monitoring data collected to automatically send a trigger signal in response to determining that a predetermined trigger condition is met, wherein the trigger signal indicates a deployment target and a deployment type; and automatically performing, by a resource deployment device, an operation corresponding to the deployment type on the deployment target in the second cloud system in response to the trigger signal.

The present technology monitors a web application provided by one or more services. A service may be provided by applications. The monitoring system provides end-to-end business transaction visibility, identifies performance issues quickly and has dynamical scaling capability across monitored systems including cloud systems, virtual systems and physical infrastructures. A message may be placed in an asynchronous queue. The message may be associated with a business transaction. The message in the asynchronous queue may be retrieved by an application. Business transaction information associated with the message may be transmitted to a server by the application.

An integrated digital home control system based on hybrid cloud and heterogeneous Internet of Things includes a public cloud system, multiple private cloud systems, one or more user clients and a plurality of Internet of Things terminals. The public cloud system is connected with the plurality of private cloud systems to form a hybrid cloud system, wherein, the private cloud systems are controlledby an internal server; the internal server comprises a wireless controller for controlling the configuration and operation of a plurality of wireless access points AP, and the wireless controller isconnected with the plurality of APs; and each AP is a device with a radio frequency interface supporting a plurality of transmission protocols, and each AP is connected to the plurality of Internet ofThings terminals for controlling the access of the plurality of Internet of Things terminals to a wireless network. The invention solves the problems that the current control scheme of the Internet of Things based on the hybrid cloud is single in design and can not be interconnected, and the current scheme has complex user terminal settings, too dependent on cloud services, and at the same time has a wide variety of communication protocols and can not be managed uniformly.

The invention discloses a resource allocation method with minimized cloud system cost based on expiration date drive. The resource allocation method comprises the following steps of collecting an available resource of each physical node in a cloud system by a cloud server; collecting a task request of a user; finally allocating a virtual resource in the cloud system by adopting a harmony search method, i.e. initializing parameters of the harmony search method by the cloud server, generating a new solution of the harmony search method by the cloud server, determining an objective function value of the new solution, updating a solution vector in a harmony memory library, determining a solution with minimized cost in the harmony memory library and a cloud system cost value corresponding to the explanation with the minimized cost, repeatedly iterating to maximum iteration times and outputting an optimal harmony solution vector. According to the resource allocation method disclosed by the invention, the available resources in the cloud system are fully excavated; the resources are dynamically allocated from CPU (Central Processing Unit) resources, magnetic disk read-write speed resources and network wideband resources in a plurality of dimensionalities by using a virtual machine diversification technology; the technical support is provided for efficiently utilizing the resources in the cloud system and guaranteeing that tasks are finished within expiration dates.

The invention discloses a cloud computing mobile terminal comprising local hardware, wherein the local hardware comprises a human-computer interaction device, a local memory, a communication transmission unit and a microprocessor. The cloud computing mobile terminal further comprises: a basic system architecture used for operating the local hardware to implement basic communication and application functions; a cloud computing service layer used for interacting with a cloud system in a remote cloud computing server, wherein the cloud computing service layer operates on the basis of the basic system architecture, and the cloud system is a user customized system operating on the basis of cloud computing resources; and a transmission management module used for managing and monitoring a transmission channel between a communication interface of the cloud computing service layer and the cloud computing server, and the transmission channel comprises an instruction channel, an application program data channel and a file data flow channel. The invention further discloses a working method of the cloud computing mobile terminal.

Methods and systems for provisioning services or resources on a cloud service for successful execution of an application includes detecting a request for executing an application on a cloud service. In response to the request, a descriptor record for the application is retrieved from a descriptor file. The descriptor record is specific for the cloud service and provides details of environmental resources or services required for executing the application. Resource and service requirements are translated into actions to be taken in the cloud service environment for provisioning the resources or services required for the application. The actions to be taken are brokered to occur in pre-defined sequence based on details provided in the descriptor record for the application. Status of the actions taken is provided. The status is used to determine if the required resources or services have been provisioned for successful execution of the application in the cloud service.

The invention discloses a plastic packaging material testing system and method based on internet of things and cloud technology. It includes: cloud computing center, this system module achieves the data communication, data storage and data processing between the customers and testing laboratory. There is public or private cloud for cloud computing center. For the private cloud, data will be stored as a separated group of data in the database server based on the private infrastructure which is provided by the system provider. The system provider provides the most effective control of data, data security and the service quality. For the public cloud, system provider ensures the system running and provides the data service by renting available cloud which is provided by the third party provider.

The embodiment of the invention provides a resource allocation method and device based on deep reinforcement learning. The method comprises the steps of determining services of multiple to-be-allocated resources contained in an application request of a user and allocation priorities of the services; determining state parameters of the current edge micro-cloud system, wherein the state parameters comprise a resource balance degree evaluation parameter, a response delay evaluation parameter and a resource surplus of each computing node in each micro-cloud; inputting the state parameters into a pre-trained resource balance optimization model to obtain a first target computing node of the first service, wherein the resource balance optimization model is completed based on deep reinforcement learning training, and deploying the first service to a first target computing node; and updating the state parameter, and returning to the parameter input step until the service of each to-be-allocatedresource contained in the application program request completes resource allocation. Compared with a traditional resource allocation method, the method has the advantages that the communication delayrequirement can be met, and the high resource utilization balance degree can be achieved.

A cloud system for providing health-related services in a communication network includes an electronic device, at least one user device, at least one third-party device, and a cloud server. The electronic device performs a measurement to obtain health-related data. The user device sends an invitation. The third-party device receives the invitation from the user device and establishes a companion relationship with the user device in response to the invitation. The cloud server provides a platform to the third-party device for interacting with the user device therewith, wherein the user device transmits or uploads the health-related data obtained from the electronic device to the cloud server via the communication network to interact with the third-party device, such that the third-party device retrieves or receives the transmitted or uploaded data from the cloud server through the platform and performs a respective health-related operation based on the retrieved or received data.