190 results about "Desktop virtualization" patented technology

System for providing interactive two-way audio in desktop virtualization environment, the desktop virtualization environment comprising desktop virtualization server computer and desktop virtualization client endpoint device with associated microphone element. The system incorporates instance of server software executing on the desktop virtualization server and providing interactive user interface functions to associated desktop virtualization client endpoint device; and instance of endpoint software executing on the desktop virtualization client endpoint device including network port, the instance of endpoint software receiving an incoming real-time audio stream from the network port and providing real-time and audio playback functions on the desktop virtualization client endpoint device. In the system, the desktop virtualization client endpoint is configured to: accept real-time audio input from a microphone element associated with the desktop virtualization client endpoint; and provide an outgoing real-time compressed audio stream to the network port responsive to the real-time audio input from the microphone element.

The invention discloses a cloud platform system implemented with the desktop virtualization technology within the cloud computing scope. The cloud platform system mainly comprises a network management system, a server-side program and a client-side program. The network management system is used for managing user accounts in a unified mode and deploying virtual desktops in a concentrated mode; an operation instruction of an administrator is sent to the server-side program through the network management system, and the server-side program completes specific operations and returns information. Related information of the user accounts and the virtual desktops is all stored in a database. The network management system can inquire about or set the user accounts, the virtual desktops and the like. The server-side program monitors the operation instruction sent from the network management system and completes the specific operations such as virtual disk copying, virtual machine configuration and virtual machine starting. A virtual desktop operating system can carry out selection according to a template. The client-side program logs into interfaces, after users input user names and passwords, identity authentication is firstly carried out through the network management system of the cloud platform system, then information of the virtual desktops of the users is obtained, and finally the virtual desktops operated on a cloud server are connected and logged in.

A system and method provides for querying and setting file attributes between Network File System and Common Internet File System network attached storage systems. Aspects of the present invention may be performed by a storage virtualization system that acts as an intermediary between one or more network attached storage systems. By querying and setting file attributes, files may be migrated between network attached storage systems while keeping the file attributes and primary location of the file contents intact. In addition, the present invention provides an additional aspect of ensuring that file names of multi-protocol files are compatible across every protocol.

The embodiment of the invention discloses an energy saving method, an energy saving device and an energy saving system under a desktop virtual environment. The method comprises the following steps of: collecting specific event information corresponding to a virtual machine through a probe; determining a current state of the virtual machine associated with the specific event information according to the collected specific event information of the virtual machine and an acquired virtual machine idling strategy and outputting corresponding virtual machine state information to a management server, wherein the virtual machine state information indicates that the virtual machine is in an idle state or non-idle state; receiving a stand-by command transmitted by the management server and transmitting a corresponding stand-by instruction to a hardware layer to control a physical host of the virtual machine host to enter a stand-by state suspending to memory; and thus the phenomenon of network flow congestion caused by a great amount of heat transfer or load of the virtual machine is prevented while the energy saving effect is achieved.

Method for implementing a software application in networked desktop virtualization environment, desktop virtualization environment including desktop virtualization server and desktop virtualization endpoint device, both in communication with one another over network. Method involves: structuring software with multiple internal elements and interfaces among them; installing first instance of software on desktop virtualization server, detecting characteristics of desktop virtualization server computer; in first instance of article of software, selectively enabling first set of internal software elements and disabling remaining internal software elements based on results of detecting on server computer; installing second instance of software on desktop virtualization client endpoint device; detecting characteristics of desktop virtualization endpoint device; in second instance of article of software, selectively enabling second set of internal software elements and disabling remaining internal software elements based on results of detecting on desktop virtualization client endpoint device; and establishing an association of second instance of software with first instance of software.

The invention discloses a desktop virtual terminal entrusting method and a system. The method comprises the following steps that: network equipment receives a first login request from a user equipment (UE) and authenticates the UE; after the authentication passes, the network equipment distributes at least one virtual machine to the UE, wherein the virtual machine adopts a virtual machine identity (ID) identification; the UE and the virtual machine which corresponds to the virtual machine ID redirect the equipment; and the UE performs virtual desktop operation on the virtual machine. Through the scheme provided by the invention, desktop virtualization in which a terminal takes part in is safer, and the effects of storage ability and scheduling capability are improved.

The invention discloses a super-fusion cloud desktop system. The super-fusion cloud desktop system is characterized by comprising a thin client side and a cloud server side, wherein the thin client side is connected with the cloud server side. The super-fusion cloud desktop system is created by adopting a cloud desktop technology, a super-fusion technology, a unified management platform and standard X86 hardware based on the super-fusion concepts of computing, storage, network, server virtualization, desktop virtualization and other resources and technologies. The scheme adopt a novel distributed virtualized technical concept, the user experience obtained by client side (terminal) hardware resources and consistent with a traditional PC is fully utilized while centralized storage and unified management of data resource and safe security are ensured, and the super-fusion cloud desktop system has quicker deployment performance and more excellent performance and is easy to maintain.

The invention relates to a trusted security enhancement method in a desktop virtualization environment. The method comprises the following steps that: a thin client and a server are started and automatically carry out trusted measurement and trust chain transferring from bottom-layer hardware to upper-layer application software; thin client trusted access and platform bidirectional remote attestation is carried out; and after the successful access authentication, remote desktop connection software is started and the thin client obtains a desktop of a server virtual machine and carries out access and operation. According to the invention, the integrity and confidentiality principles of the terminal platform and communication transmission in the desktop virtualization environment can be fully considered; and techniques like physical trust root-based trust link transfer technique, the trusted BIOS measurement technique, the trusted platform access and remote attestation technique and the like can be utilized comprehensively. Therefore, defects of the traditional desktop virtualization safety protection measure can be overcome; and the management difficulty of the virtual data center can be effectively reduced and the security can be improved.

In one embodiment, an occurrence of a triggering event is detected and it is determined that a virtual disk will be assembled in response to the triggering event. A time is determined at which the virtual disk will be assembled. When it is ascertained that the assembly time occurs, the virtual disk is assembled. It may also be determined whether a connection request is received for the virtual disk during a predetermined time.

The invention provides a method and a system for building desktop cloud, which can automatically integrate application virtualization and desktop virtualization products by utilizing a desktop cloud technology at a server side, thus reducing the processes of evaluating compatibility of application programs by applying a virtualized evaluation tool operation automation script and solving the application program compatibility problem and the inaccurate application program judgment problem. In the invention, an operating system can be arranged for application for single instance, the operating system is directly switched to a desktop virtualization mode when being opened and applied, and the operating system is transparent for the user, and a user does not worry about whether the desktop virtualization and application virtualization technologies are adopted; and simultaneously, only application virtualization License authorization is used at a client side, license expenses can be taken according to the quantity of logging users, thus avoiding troubles of two License authorizations.

The invention provides an energy saving method, an energy saving management server and a system under a desktop virtual environment, wherein the method comprises the following steps of: acquiring configuration information of a plurality of physical servers and resource occupation information of virtual machines running on the physical servers by the energy saving management server; determining the resource occupation type of a corresponding virtual machine according to the resource occupation information; forming a virtual machine group with the plurality of virtual machines which run on different physical servers and have complementary resource occupation types; determining a target physical server for the virtual machine group according to the configuration information; indicating a virtual machine scheduling server to transfer the plurality of virtual machines in the virtual machine group to the target physical server; and when the physical server has no running virtual machine, indicating the physical server to execute the shutdown operation by the energy saving management server. With the method, the server and the system, power consumption is reduced, and an energy saving effect is improved.

The invention provides a mirror distributed storage method of a disk of a virtual machine under a desktop virtual environment, which specifically comprises the steps of: reading data preferably from a local cache, or accessing a storage node if no corresponding data are available in the local cache; retrieving the storage node according to first 33 bits of the accessed address, retrieving data in the storage node according to the last 31 bits of the accessed address, and writing the read data to the local cache; and writing data by retrieving the storage node according to the first 33 bits of the accessed address, writing the data to the storage node and establishing data address retrieval by using the last 31 bits of the accessed address. The invention does not involve expensive devices such as SAN (storage area network), disk array and the like, so that the hardware investment cost of the system is reduced. The invention adopts the de-centralized storage to improve the expandability and complies with the application occasion for desktop virtual storage.

The invention discloses a desktop virtualization-based watermark realization method and a desktop virtualization-based watermark realization device. The method comprises the following steps of: triggering a starting instruction of a virtual desktop to transmit a configuration rule to a client; after the virtual desktop is normally started, starting a desktop watermark process according to the configuration rule; monitoring an operation state of the desktop watermark process; and logging out the virtual desktop to prevent the access to a server through the virtual desktop when the desktop watermark process operates abnormally. The method and the device have the beneficial effects that a watermark is added on the virtualized desktop and the added watermark is displayed on the top layer of the virtualized desktop; and further, the evidence for a doer who discloses information through approaches such as photographing or image pick-up of the contents of the desktop can be found, and the protection grade of the information can be effectively improved.

The invention provides a hyper desktop virtualization method and system. The method comprises the steps of: transmitting peripheral equipment data flows of user equipment to a flow distributor through a network; and orienting the peripheral equipment data flows to different servers to perform corresponding processing by the flow distributor according to the current configuration and use state of a user. According to the hyper desktop virtualization method and system provided by the invention, a virtual desktop system is enabled to have strong customizability; the hardware configuration of a client side can be reduced according to different operating environments; the universality is better and has nothing to do a hardware platform and an operating system platform; and more reliable desktop services can be provided to fundamentally improve user experience.

A system for providing interactive two-way real-time media in desktop virtualization environment, the desktop virtualization environment comprising at least one desktop virtualization server computer and at least one desktop virtualization client endpoint device with an associated video camera. The system incorporates: at least one instance of server software executing on the desktop virtualization server for providing at least interactive user interface functions to an associated desktop virtualization client endpoint device, the instance of software configured to access a network; at least one instance of endpoint software executing on a desktop virtualization client endpoint device, the instance of software further comprising access to the network; and a terminal-server/terminal-client network connection between the instance of server software and instance of endpoint software, the network connection implemented using the access to the network comprised by the instance of server software and the access to network comprised by the instance of endpoint software.

The invention discloses a cloud desktop intelligent pushing system, comprising a desktop server, a VDI (Virtual Desktop Infrastructure) client and an IDV (Intelligent Desktop Virtualization) client. The desktop server comprises an authentication module and a business module. The authentication module is used for identifying a type of a client logged in by a user and carrying out authentication onan identity of the user. The business module is used for carrying out business process communication with the client, extracting data of the user from a background according to the type of the clientand starting a corresponding virtual desktop. According to the system, resources of the desktop server are reused to the greatest extent, so hardware resources of the server and the clients are utilized fully, computing resources are reused maximally, and the construction cost is greatly reduced; mobile office and centralized office are employed, so resource flexible allocation is realized; and enterprise office cloudization and centralized management are realized, the preservation of enterprise asserts is facilitated, and the excessive investment is avoided.

The invention provides a desktop virtualization method and related equipment, and the method comprises the steps: enabling a server to run a plurality of shared service containers, enabling each shared service container to run a shared system service, and enabling the shared system service run by at least one shared service container in the plurality of shared service containers to be commonly used by at least two virtual desktops; enabling the server to receive a target application identifier sent by the user terminal, creating a user container group according to the target application identifier, and enabling a user container to run in the user container group; and enabling the server to provide the virtual desktop for the user terminal through the user container running in the user container group and one part or all of the shared service containers. The system service and the application program of the virtual desktop are respectively packaged into the containers, and the pluralityof virtual desktops of the server side share the plurality of shared service containers, so that the expandability of the virtual desktop can be improved, the resource cost of the server side is reduced, and the resource utilization rate is improved.

The invention solves the problem of virtual machine transition among hybrid clouds, and provides a technique for implementing a virtual machine transition system in a hybrid cloud environment on basis of data virtualization. The technique for implementing the virtual machine transition system in the hybrid cloud environment on basis of data virtualization is characterized in that: a cloud data virtualization layer is abstracted between different cloud platforms and different transition applications in the hybrid clouds; the cloud data virtualization layer includes a basic core module and an advanced extension module; the basic core module is used for supporting communication among the different cloud platforms, acquiring and integrating data, and issuing the data to an upper service; and the advanced extension module includes a virtual event processing unit, a transition management unit, a service level audit unit, a virtual machine template management unit, and a transition index optimization unit.