162 results about "Resource virtualization" patented technology

Methods and apparatus are provided for virtualizing resources including peripheral components and peripheral interfaces. Peripheral component such as hardware accelerators and peripheral interfaces such as port adapters are offloaded from individual servers onto a resource virtualization switch. Multiple servers are connected to the resource virtualization switch over an I / O bus fabric such as PCI Express or PCI-AS. The resource virtualization switch allows efficient access, sharing, management, and allocation of resources.

The invention relates to a cloud platform supporting fusion network service and an operating method thereof. The cloud platform is provided with a plurality of hardware and software resources, and is connected with three access networks of a telecommunication network, an interconnection network and a broadcasting and television network respectively through three core networks of operators of the three networks and the corresponding communication protocol to allow platform users (including the operators of the three networks or service providers and the like) to rent platform resources according to respective requirements to deploy respective services and operational capabilities. The cloud platform has a layered structure, and is provided with a platform management layer, a service execution layer, a resource virtualization and management layer and a hardware resource layer respectively from top to bottom, and in an interactive mode among the layers, an upper-layer module uses the function provided a lower-layer module in a mode of interface call. The cloud platform supports the platform users to adjust the rent resources dynamically and conveniently according to actual requirements, and simultaneously, provides the access capability on the resources of the three networks and convenience for the development and operation of the fusion network service by the platform users.

The present invention uses memory resources effectively and connects each storage device by a plurality of paths in a switchable manner, thus improving reliability and ease of use, by virtualizing external memory resources as internal memory resources. External storage 2 is connected to the main storage 1, and the actual volume 2A is mapped onto the virtual volume 1A. A plurality of paths is connected between the storage 1 and 2. When a failure occurs in a path in use (S3), the path having the next highest priority is selected (S4), and processing is continued using this path (S5).

The invention discloses a distributed heterogeneous virtual resource integration management system comprising a heterogeneous resource virtualization engine, a heterogeneous virtual resource access API (Application Programming Interface) and a cloud service platform, wherein the heterogeneous resource virtualization engine is used for allowing resource nodes to complete self-service virtual machine deployment, providing virtualization product selection strategies for users according to corresponding conditions of the resource nodes, and assisting the users in completing the set and deploying virtualization by virtue of an automatically-customized template, a visual process editor, an integration software development kit and Web service interfaces convenient for the users to operate, thereby changing the resource nodes to virtualization resource nodes; the heterogeneous virtual resource access API is used for registering the virtualization resource nodes to a distributed resource management center; and the cloud service platform is used for distributing new virtual servers, reconfiguring another virtual severs and recovering other virtue servers. The distributed heterogeneous virtual resource integration management system can be used for managing widespread virtual resources from various heterogeneous virtual products in a concentrated and comprehensive manner.

Methods and apparatus are provided for creating a secure zone having multiple servers connected to a resource virtualization switch through I / O bus interfaces, such as PCI Express or PCI-AS. Servers connected to the resource virtualization switch using I / O bus interfaces share access to one or more virtualized cryptographic accelerators associated with the resource virtualization switch. Applications on a server or system images running on hypervisor inside server can use cryptographic accelerators associated with the resource virtualization switch as though the resources were included in the server itself. Connections between multiple servers and the resource virtualization switch are secure non-broadcast connections. Data provided to a resource virtualization switch can be cryptographically processed using one or more shared and virtualized cryptographic accelerators.

Methods and apparatus are provided for allowing quality of service (QoS) configuration for storage applications running on servers connected to a storage area network (SAN). Resources such as host bus adapters (HBAs) are offloaded from individual servers onto a resource virtualization switch. Servers are connected to the resource virtualization switch using an I / O bus connection. The resource virtualization switch provides storage applications running on connected servers with different quality of service levels. The resource virtualization switch can also apply traffic shaping policies associated with QoS.

This invention is a system and method for managing one or more data storage networks using a new architecture. A method for handling logical to physical mapping is included in one embodiment with the new architecture. A method for handling errors is included in another embodiment with the new architecture.

The invention relates to a Software Defined Wireless Network (SDWN)-based resource mapping device and an SDWN-based resource mapping method, and belongs to the technical field of mobile communications. The resource mapping device provided by the invention comprises an information collection module for collecting user demand information, position information and channel information as well as network wireless resource information and computing resource information, a resource virtualization module for virtualizing network physical resources, a resource management module for performing effective mapping distribution and release on network resources, a slice network management module for establishing, operating and maintaining a slice network, and a Software Defined Network (SDN) control module for performing uniform management and coordinated dispatching on all the above modules and realizing separation of signaling control from data forwarding. The invention further discloses an SDWN-based resource mapping method. The technical scheme disclosed by the invention realizes an SDWN-based basic function of resource mapping and efficient distribution of wireless resources and computing resources, and has extremely high application value in a wireless communication system.

A method, computer program product, and distributed data processing system for directly sharing a network stack offload I / O adapter that directly supports resource virtualization and does not require a LPAR manager or other intermediary to be invoked on every I / O transaction is provided. The present invention also provides a method, computer program product, and distributed data processing system for directly creating and initializing one or more virtual resources that reside within a physical adapter, such as a PCI, PCI-X, or PCI-E adapter, and that are associated with a virtual host. Specifically, the present invention is directed to a mechanism for sharing conventional PCI (Peripheral Component Interconnect) I / O adapters, PCI-X I / O adapters, PCI-Express I / O adapters, and, in general, any I / O adapter that uses a memory mapped I / O interface for host to adapter communications. A mechanism is provided for directly creating and initializing one or more virtual resources that reside within a physical adapter, such as a PCI, PCI-X, or PCI-E adapter, and that are associated with a virtual host.

The present invention provides a system and method for realizing server resource allocation, wherein the system includes: a server resource quantification subsystem quantifies server resources according to user usage; a virtualization subsystem virtualizes the quantified server resources into multiple virtual machines; The server resource scheduling subsystem allocates and / or schedules virtual machines according to user needs. The system and method for server resource allocation provided by the present invention can allocate server resources according to the needs of customers, pave the way for billing according to the allocated amount, and solve the long-standing problems of traditional server resource allocation and charging methods. Thus breaking the development bottleneck of the server rental business and greatly promoting the development of this business and its technology.

The present invention uses memory resources effectively and connects each storage device by a plurality of paths in a switchable manner, thus improving reliability and ease of use, by virtualizing external memory resources as internal memory resources. External storage 2 is connected to the main storage 1, and the actual volume 2A is mapped onto the virtual volume 1A. A plurality of paths is connected between the storage 1 and 2. When a failure occurs in a path in use (S3), the path having the next highest priority is selected (S4), and processing is continued using this path (S5).

The invention belongs to the technical field of wireless communication network, and discloses an intention-driven cloud access network system and method. The method comprises the steps that a businessapplication layer obtains a mobile network core application and a service complaint for a vertical industry application, and an intention northbound interface completes the transcoding; an intentionenabling layer constructs an intention-based global dynamic management and arrangement control system through a cloud network service plane, and achieves the unified planning of business intention andthe unified scheduling of resources; an infrastructure layer forms a resource pool through the resource virtualization technology, and provides a ubiquitous connection based on three big 5G application scenes. The method achieves the network cooperation, resource sharing, interface opening and management intelligentization based on an intention-driven cloud ubiquitous intelligent access network,constructs a reconfigurable resource management architecture. The invention also discloses the intention-driven cloud access network method, and the method achieves the cooperative scheduling of network resources, and guarantees the end-to-end services.

The invention discloses a cloud computation-oriented data center management system comprising a general file system API (Application Program Interface) module, a resource monitoring module, a resource alarm module, a strategy configuration module, a rule engine, a resource scheduling module, an execution module and a resource virtualization API module. The general file system API module is electrically connected with the resource scheduling module, the resource monitoring module is electrically connected with the resource alarm module, the resource scheduling module is respectively and electrically connected with the resource monitoring module, the resource alarm module, the rule engine and the execution module, the strategy configuration module is electrically connected with the rule engine, and the execution module is electrically connected with the resource virtualization API module. The cloud computation-oriented data center management system reasonably schedules calculation and storage tasks of a data center, realizes the intelligent scheduling of the data center, improves the service quality of the data center and the reliability, and decreases the operation and maintenance cost.

This invention is a system and method for managing provisioning of resources for one or more data storage networks using a new architecture.

A method for directly sharing a network stack offload I / O adapter that directly supports resource virtualization and does not require a LPAR manager or other intermediary to be invoked on every I / O transaction is provided. The present invention also provides a method, computer program product, and distributed data processing system for directly creating and initializing one or more virtual resources that reside within a physical adapter, such as a PCI, PCI-X, or PCI-E adapter, and that are associated with a virtual host. Specifically, the present invention is directed to a mechanism for sharing conventional PCI (Peripheral Component Interconnect) I / O adapters, PCI-X I / O adapters, PCI-Express I / O adapters, and, in general, any I / O adapter that uses a memory mapped I / O interface for host to adapter communications. A mechanism is provided for directly creating and initializing one or more virtual resources that reside within a physical adapter, such as a PCI, PCI-X, or PCI-E adapter, and that are associated with a virtual host.

The invention discloses a method for building high-performance computing application service based on virtualization technology, wherein the method divides the whole system into four layers: a physical resource virtualization layer, a system resource management layer, an application service deployment layer and a user interaction layer. The physical resource virtualization layer virtualizes the physical host resource by a virtual machine monitor; the system resource management layer is divided into a monitoring module, a control module and a transmission module, manages the system resource by the virtual machine manager interface downwards and provides the system base service upwards; the application service layer receives the user interaction layer requirement upwards, distributes the system resource and deploys the application service; and the user interaction layer provides a convenient usage interface module to the user. The system provides an operation method for building high-performance computing application service, so that the system can manage the virtual host effectively by the prior virtualization technology and capability-ranking strategy dynamically according to user requirement, build high-performance cluster scientific computing application service according to user requirements through fabrication and rapid distribution of virtual devices, provide the usage interface, simplify building steps of the high-performance cluster scientific computing application service and improve the resource utilization rate of the whole system.

This invention is a system and method for managing one or more data storage networks using a new architecture.

The invention provides an automatic deployment system for a big data processing system Hadoop on a cloud platform OpenStack. The automatic deployment system comprises a service customization module, a Hadoop cluster control module, a coordination control module and an OpenStack platform supporting module. The OpenStack platform supporting module is installed on the OpenStack platform and used for providing the services of virtual machine creation and management and physical resource virtualization. The service customization module is installed on the OpenStack platform supporting module and used for providing a service use interface and obtaining the Hadoop cluster demand information input by a user. The Hadoop cluster control module is called by the service customization module and used for converting the user demand information sent by the service customization module to a specific Hadoop cluster configuration file, generating a specific Hadoop business operating command script, and forwarding a resource management request and job scheduling related commands sent by a resource manager in a Hadoop cluster in the Hadoop business operating process. The coordination control module triggers the coordination control module to create the corresponding Hadoop cluster.

The invention relates to a calculation resource virtualization method of a networked test system. The method comprises the following steps of step1) using an LXC to realize container virtualization of an apparatus calculating resource; step2) constructing a container network connection model and realizing interconnection among containers; and step3) distributing container network bandwidths. By using the method, under the condition that a network test task is not interfered and destroyed, the idle calculating resource of the apparatus is opened to a system layer so that the apparatus is participated in data processing and operation of the system layer and localization pretreatment of test data. Through a mode of reasonably configuring LXC kernel characteristic, stand-alone LXC container virtualization of an ARM architecture is realized. By using the method of the invention, on aspects of system resource utilization rate increase, master control computer calculating pressure alleviation and network transmission data volume reduction, high feasibility and rationality are possessed; and an actual application demand can be well satisfied.

A system for virtual representation of physical contact center resources includes a server coupled to a wide-area-network (WAN), a digital medium accessible to the server, and a resource virtualization application executable from the digital medium to run on the server, characterized in that at least one physical contact center having physical resources has access to the server over the network wherein the resource virtualization application categorizes and represents the physical resources in an abstract way for access by customers of one or more virtual contact centers.

The present invention relates to the technical field of network management and network safety, especially to a network safety function service chain system based on the cloud computing management platform Openstack. The system comprises an input module, a system initialization module, a virtual network safety device creation module, a safety function service chain dispatching module and an outputmodule which are in communication connection in order. The system solves the problem that the flow direction is complex and has no clear safe boundary in the cloud environment, meets the demands of different businesses for different safety levels and processing processes, is high in timeliness and flexible to be deployed, is not limited by geographic restrictions, can self-define the network safety function service chain, and can be applied to the various resource virtualized cloud environment networks.

The invention provides a cloud computing infrastructure system for mass storage of Internet of things. The cloud computing infrastructure system is characterized by comprising a cloud operating system and application port, a cloud computing subsystem, a cloud file subsystem, a computing resource pool, a large data storage pool, a small data storage pool, a computing and storing resource virtualization module and a trunking system, wherein the cloud operating system and application port is connected with the cloud computing subsystem and the cloud file subsystem; the cloud computing subsystem is connected with the computing resource pool; the cloud file subsystem is connected with the large data storage pool and the small data storage pool; and the computing and storing resource virtualization module is connected with the computing resource pool, the large data storage pool, the small data storage pool and the trunking system.

The invention provides a method for realizing the distributed I / O resource virtualization technology and provides a method for managing and using the distributed I / O resource virtualization technology effectively aiming at the limited factors that in recent years, the I / O resource management of large scale computer systems is complex, the using efficiency is low, and the like. The points of the invention are as follows: the I / O virtualization module in a distributed virtualization monitor system DVMM is realized; and the I / O virtualization module realizes cross-node access to three types of I / O instructions by the I / O virtualization technology, thus realizing the integration of the distributed I / O resource and providing a global virtual I / O environment for a client operating system. The invention explores a feasible path for the development of I / O technology in a future server.

The invention provides a safe transfer method and system of a wide area network trusted virtual machine. The method includes the following steps that: S1, two data centers are deployed in a wide area network, and two layers of bride-pattern virtual private networks are constructed between the two data centers; S2, a virtual machine image file is split into a template and user private data, and hardware resources of each data center are virtualized, so that services can be provided for a user in the form of a virtual machine; S3, a trusted virtual machine which supports a vTPM is created and started between the two data centers through deploying a virtual trusted platform, and a vTPM example bound with the trusted virtual machine is generated, and TPM driving is loaded; S4, a source end and a destination end are configured according to the vTPM example, and then, the memory, CPU state, disk and vTPM state of the trusted virtual machine are transferred at the source end, and are restored at the destination end, and therefore, synchronous transfer of the vTPM and the virtual machine can be realized.

The invention provides an interactive television play control platform of a smart power grid. The interactive television play control platform adopts and follows a basic framework and standard of a new generation of video on demand service. The interactive television play control platform comprises a video data service operating server, a video data cloud computing storage server and a service data and user management server, wherein the video data service operating server is used for on-demand service authentication and charging, service management operation, and management of conversations, a video server and network resources in the on-demand service process; the video data cloud computing storage server is connected with the video data service operating server and is used for storing media and service data and realizing virtualization of computing resources; the service data and user management server is respectively connected with the video data service operating server and the video data cloud computing storage server and is used for managing charging, accounting and business at the back stage. According to the interactive television play control platform, power FTTH (Fiber To The Home) of a user side of the smart power grid and organic fusion of the power grid, a telecommunication network and a broadcast network can be realized, and multiple services, such as high-definition, high-standard and multi-format live broadcast and video on demand as well as time shifting and playback of a live program are provided for power consumers.

A car crash performance computer collaborative design and simulation system based on grid is provided, which comprises from the bottom to the top: a resource layer comprising and managing a plurality of basic infrastructures and software / hardware, a grid middleware layer based thereon for virtualizing the packaged and integrated resource, opening a resource calling interface in conformity of the grid calculation standard to the service layer so as to provide a grid environment to the service layer and the application layer, a service layer service layer uses the Web service technology to pack the virtualized resource to provide the service to the grid, an application layer uses the grid technique and XML / WEB SERVICES techniques to provide a service application interface in the grid user interface to realize the concealment of the application details and resource information to the terminal user and support and calling with a graphic interface to the car crash performance computer collaborative design and simulation.

The invention discloses a system and a method for multi-tenant network stability monitoring based on a cloud platform. The system and the method ensure stability of an IPv4 network and an IPv6 network in a virtual machine. The method comprises: S1, establishing an OpenStack cloud platform; S2, integrating an SDN with the OpenStack cloud platform Neutron, to realize network resource virtualization; S3, acquiring IPv4 and IPv6 data, and converting the IPv6 data to IPv4 data through IVI; S4, through a Panabit device, identifying and monitoring and counting the IPv4 and IPv6 network data, and combined with a SDN controller of the SDN device, performing QOS regulation. The system and the method can solve problems of cloud platform multi-tenant network stability monitoring, ensure stability of the IPv4 network and the IPv6 network in the virtual machine, optimize network connection speed, improve network service quality monitoring, and improve network QOS and user experience.

The invention belongs to the technical field of spatial information, and discloses a task-driven reconfigurable spatial information network resource management framework and method. The control management ability of a plurality of non-shared ground stations is centralized, and a network reconfiguration controller with overall dynamic control ability is constructed in a control center. A reconfigurable resource management framework is constructed through effective coordination of a task control center, a ground control link and an air control link. A control command is generated in real time bythe reconfiguration controller and transferred to a switch through an optical fiber link and a satellite-ground link. An application layer obtains various task input, and realizes task generation. Acontrol layer realizes unified planning of tasks in the whole network and unified scheduling of resources. A resource layer forms a resource pool using a resource virtualization technology, and provides a transmission channel. The invention provides theoretical support and technical guarantee for the task-driven spatial information network in the future, and plays a leading and promoting role in the research and development of the spatial information network in the future.

The invention relates to the technical field of cloud computing and big data, in particular to a big data hybrid scheduling model on the private cloud condition. The big data hybrid scheduling model comprises an access control module, a task decomposition module, an overall situation scheduler module based on virtual resources, a resource virtualization mapping module, a virtual resource monitoring module, a physical resource monitoring module, and a local scheduler module based on physical resources. The big data hybrid scheduling model is a hybrid scheduler including physical resource scheduling, virtual resource scheduling, overall situation scheduling and local scheduling. User tasks are decomposed into a plurality of independent subtasks which are distributed on different clusters or computational nodes. Parallel and rapid execution of the tasks is ensured, network and data transfer costs are reduced, physical resource scheduling is utilized for further decomposing subtasks, cluster resources are utilized to be maximum extent, and the task execution time is further shortened.

The invention is a managing system and method for a large-scale service system based on network storage and resources virtual treatment, including user virtual management service module, system virtual management service module and atomic part, where the atomic part includes physical calculating node and physical storage device node; and the system virtual management service module is used to realize system virtual service and management package, makes resource virtual treatment on the atomic part and provides shared interface for the previous-stage system virtual management service module and the user virtual management service module; and the system virtual management service module provides virtual resources for the previous-stage system virtual management service module and the user virtual management service module. The invention is based on the storage management and adopts a hiberarchy to effectively integrate server, management of various typical systems and management of user custom system, generally improving system performance.