105results about How to "Implement virtualization" patented technology

The invention discloses a cloud computing system. A terminal and/or a door function unit build/builds a safety mechanism with cloud and send/sends cloud service request to the cloud. After the cloud receives the cloud service request, other cloud is accessed by the cloud itself and/or through a cloud interworking function, cloud computing resource is arranged, and cloud service is provided for the terminal and/or the door function unit. The invention further discloses a cloud computing method and the cloud. By means of the technical scheme, integration, virtualization and automation of the cloud computing system can be achieved, the cloud can coordinate uniformly and arrange the cloud computing resource automatically, efficiency is improved, and defect that the existing cloud computing system can not arrange the cloud computing resource automatically is overcome.

The invention provides a device virtualization system and method based on Linux containers. Virtual device clients and a virtual device server are loaded between Android system HALs and a device subsystem; device operation requests are sent to the virtual device server through the virtual device clients; and then the virtual device server finishes function call in a manufacturer dynamic library, thus realizing agency for the device operations, or constructs device operation results, thus realizing reuse of the device subsystem. According to the device virtualization system and method provided by the invention, through loading the virtual device clients and the virtual device server in multiple Android systems and container management service in a Linux kernel, the agency for the device operations and the reuse of the device subsystem are finished, thus realizing virtualization of the device; a new method different from a traditional device virtualization method is provided; and the reuse of special devices (especially devices without open source code) such as Radios is realized in the multi-Android platform based on a Linux container technique.

The invention discloses a client distributed path computation method based on a software defined network architecture. The client distributed path computation method comprises the following steps: a user obtains network topology and linkcost information from a network controller through a northbound interface of a controller, calculates the path on the basis, determines route and flow distribution, and submits a route request to the controller; the network controller is responsible for updating the network topology and link state, and issuing a flow statement to data forwarding equipment according to the route selection of the user. Through the route calculation, the user participates in the network control to achieve the distributed optimization during the use process of network resources; meanwhile, the controller provides network topology information for the user, and can achieve the virtualization of the network resources and functions for the user and the optimal configuration and the integrated use of the network resources. Through the application of the method, the user can get great rights within a network safety range, the network transparency is improved, and an SDN frame serves for the user.

The invention discloses a CPU virtualization method for a multiplex and multi-core server, which comprises using each customer operating system and application thereof as a virtual machine, setting the type of the virtual machine, and providing the virtual machine with the required resource domain including virtual CPU; and scheduling the virtual CPU in the resource domain of the virtual machine to a CPU core on a physical CPU to implement according to the type of the virtual machine. In addition, the invention also discloses a multiplex and multi-core server. The technical proposal disclosed in the invention can realize virtualization of the multiplex and multi-core server, and realize the performance and the efficiency by using the virtualization technique and the relations among the virtualization hardware, the physical hardware and the operating system.

Aiming at the problem that resource segmentation and guarantee cannot be carried out according to requirements of a container network in the prior art, the invention provides an SDN-based container network resource scheduling method, which comprises the following steps of: 1, carrying out unified abstraction and description on network software and hardware resources based on an SDN/NFV technology;2, implementing resource allocation and recovery on the container network, integrating resources into a resource pool, establishing and managing a network address resource pool and a network equipment resource pool, providing network equipment resources as required, and recovering the network equipment resources in time when the network is destroyed; And step 3, based on the idea of SDN centralized control, deploying a centralized control server in the container network, and implementing network situation awareness and routing integration. The container network resource scheduling method integrates networking, routing and monitoring by intensively sensing the network situation and reasonably segmenting and recovering the container network resources in combination with the requirements oftasks, thereby realizing the optimal scheduling of the container network resources.

The invention discloses an implementation method, system and device for the virtualization of a GPGPU (General Purpose Graphics Processing Unit) to solve the problem that the virtualization of the GPGPU cannot be solved in the prior art. The implementation method comprises the following steps: a first virtual machine reads data to be processed in a shared memory of a bus, wherein the data to be processed is written by a second virtual machine; and the first virtual machine invokes a CPU (Central Processing Unit) driver interface, sends the data to be processed to a physical display card for calculation, collects calculated results, and inputs the results in the shared memory of the bus to be read by the second virtual machine. As the first virtual machine can visit the physical display card, and can realize information interaction with the second virtual machine, the virtualization of the GPGPU is realized.

The invention discloses a GPU resource-based data processing method and system, and electronic equipment. The GPU resource-based data processing method comprises the steps of creating N virtual GPU resources according to a resource configuration strategy and physical GPU resources; generating a resource mapping relationship between the physical GPU resources and the virtual GPU resources accordingto a resource configuration strategy; and enabling each resource application module to obtain a target virtual GPU resource in the N virtual GPU resources according to the resource mapping relationship.

The invention discloses a multi-dimensional power communication network flow prediction method and system; the method comprises the following steps: step 1, network flow is collected; step 2, a multi-dimensional flow prediction method is carried out; step 3, a dynamic weight updating strategy is introduced into a single exponential smoothing algorithm; the system comprises application layer equipment, an interface module, an SDN controller, an SDN coordinator, an SDN device, an OTN device and an EOPN device. The method and the system have the advantages that a cloud service technology is introduced in the adopted data measurement method; an SDN technology is introduced into a data acquisition part; the collected transverse dimension data are trained through a BP neural network algorithm; and an algorithm combined with an FARIMA algorithm and an ELman algorithm is adopted for the collected longitudinal dimension data. The precision of the prediction algorithm is improved; and the singleexponential smoothing algorithm is adopted to update the weight output by the multi-dimensional prediction algorithm, so that the fluctuation dimension of errors is reduced.

The invention provides a device and a method for realizing electronic trade of financial instruments. The device comprises bank terminal access equipment and an instrument processing server; the bank terminal access equipment is used for inputting financial instrument financing-selling application data and scanning the financial instruments; the instrument processing server is used for receiving financial instrument financing-selling application data, financial instrument financing-buying application data and financial instrument electronic data, detecting and storing the received financial instrument financing-selling application data, financial instrument electronic data and the financial instrument financing-buying application data, and according to the financial instrument financing-buying application data and the financial instrument financing-selling application data, completing an instrument financing match and fund clearing to generate fund clearing result information; and the bank terminal access equipment is connected with the instrument processing server by a financial network, and the instrument processing server feeds the fund clearing result information back to the bank terminal access equipment through a network interface device. The device aims to solve the problem of electric treatment of the paper instruments.

The invention discloses a hardware counter virtualization-based performance analysis method for multiple virtual machines. The method comprises the following steps of: when performance analysis is performed on multiple virtual machines at the same time and the multiple virtual machines need to occupy hardware counters, if the total number of central processing unit (CPU) events analyzed by multiple virtual machines surpasses the number of the hardware counters, virtualizing the hardware counters so as to meet requirements, otherwise, not virtualizing the hardware counters; and acquiring sampling information on the manager layer of an Xen virtual machine through a sampling mechanism, distributing the information to buffer zones which correspond to the virtual machines and analyzing and processing the information by using user layer programs of the virtual machines so as to obtain corresponding analysis result and detailed performance information. A request, which is used for starting or stopping performance analysis, of each virtual machine is monitored by a background daemon, Xenstore is taken as a message sending mechanism among the virtual machines, virtualization of the hardware counters is realized by time-sharing multiplexing technology, convenience is brought to program performance analysis in a virtual environment, and analysis accuracy is ensured well.

The invention relates to a convergence method of an iSCSI (Internet Small Computer System Interface) and an FCP (Fiber Channel Protocol). The method realizes the convergence of the iSCSI and the FCP through a convergence storage module and comprises the following steps of: (1) initializing the convergence storage module, establishing the mapping between a logical address space and physical storage equipment in a data storage system and recognizing the type of the physical storage equipment; (2) parsing an SCSI command; and (3) converging the SCSI command; and (4) returning an execution result of the SCSI command. The invention supports the exchange of an iSCSI data packet and an FCP data packet on an SCSI layer, realizes the visualization of a heterogeneous network storage system and effectively improves the deployment flexibility and the expandability of a disaster recovery system.

The invention discloses a cloud computing and big data based unmanned aerial vehicle task planning system and method. The system comprises an information acquisition and data information management center and an output display system. The system has very powerful network management network management, is high in data processing speed and large in storage capacity and has good fault-tolerant capability. A big data technology is adopted, effective data can be rapidly and accurately looked up, and mass data is scientifically stored and managed. The whole system is easy to operate and manage, and an existing manual operation mode is completely changed. States of an unmanned aerial vehicle and combat teams can be checked and analyzed at multiple angles. Air lines and the like can be re-planned through real-time transmission of the unmanned aerial vehicle state and performance data and data information processing and analysis according to current state of the unmanned aerial vehicle and the emergency situation of a battlefield, and survival and task success rate are ensured. In addition, corresponding commanders and operators can make supervision and management by displaying the state and air lines of the unmanned aerial vehicle of the management system.

The invention discloses a flow attack defense system based on an SDN cloud security service tree model. The system comprises a cloud security resource management module, a cloud security resource scheduling module, a security service tree policy customization module, a security service chain path customization module and a global security data monitoring module. By utilizing the flexibility of separation of a data plane and a control plane of an SDN, and easy extensibility provided by a virtual cloud environment, a cloud security service tree framework model is built. Flow to be detected is guided into an entry of a cloud security service tree; deep packet analysis of coarse granularity is carried out at the entry; if the flow is normal flow, the flow is rapidly forwarded to a destinationreceiver; and if the flow is abnormal flow, the flow is introduced into security service chains of subsequent tree branches to carry out fine granularity detection and processing. By utilizing massivecloud security resources and flexible resource scheduling, various granularities of network flow attacks of unknown types are detected and an attack elimination strategy capable of being flexibly customized is provided.

The invention discloses an industrial Internet security practical training platform based on virtualization. The invention belongs to the technical field of information security and industrial networksecurity. The system comprises an application visualization layer, a service support layer, a data support layer and a support cloud platform which are established under a standard authentication system and a security and secrecy system, a complete attack and defense teaching and practical training system is constructed; constructing a network attack and defense simulation environment based on the platform; software teaching and classroom teaching are combined, two links of classroom drilling explanation and student practice are provided, understanding and mastering of students on network attack and defense related basic knowledge are improved, teaching functions of practice, test and the like are provided, teaching and practice are combined, and the students have deeper understanding onnetwork attack and defense knowledge and technologies.

The invention provides a realization method for a cross-physical-machine huge virtual machine. The method comprises the steps that first, a huge virtual machine is created; second, interrupt processing is performed on the huge virtual machine; third, equipment interrupt processing is performed; and fourth, remote access based on a high-speed shared memory access technology is performed. Through the method, multiple physical machines provide computing resources, IO resources and other resources for one virtual machine; and the machines perform remote memory access through the remote high-speed memory access technology, so that a high-speed distributed shared memory is realized.

The invention discloses a resource scheduling method suitable for a cloud computing resource pool model of a hyperconverged IT infrastructure. A cloud computing resource scheduling system of the hyperconverged IT infrastructure is abstracted. Users send out task requests, and the tasks arrive at the cloud resource scheduling model in sequence, and are arranged into a global task queue; The scheduler schedules the tasks according to the load of each server, task type and task arrival time, and assigns the tasks to the virtual machine. If the virtual machine running on the server has idle resources, it can provide service for users immediately. After the task is executed, the virtual machine reclaims the allocated resources. If the virtual machine on which the server is running does not provide the resources required to perform the task, the task is discarded. The invention can better manage the resources of the cloud computing, improve the utilization rate of the whole resources, improve the integration performance of the super fusion structure, and effectively reduce the operation and maintenance cost of the cloud platform.

The invention discloses a cloud computing system based on KVM (Keyboard Video and Mouse) virtualization and media redirection. The cloud computing system comprises two parts, namely, a cloud computing server side and a client side. The server side is used for realizing the KVM virtualization and the media redirection virtualization besides resource virtualization. A resource virtualization unit is used for providing a CPU (Central Processing Unit), a memory and other computing resources for a user; the KVM virtualization is used for providing VIDEO display, keyboard and mouse and other human-machine interaction modes to the user; and a media redirection unit can be used for mapping CD (Compact Disk) driver, a floppy disk, a USB (Universal Serial Bus) flash driver and other storage equipment of the client side to the server side so as to realize transmission of user data. Accordingly, for the client side, a complete set of computer virtualization equipment of the client side is constituted by means of the three virtualization parts, the requirements of the client side on hardware resources are reduced, and the construction of a cloud computing service of the server side is facilitated.

The invention discloses a WEB dynamic security defense method and system. The method is based on a moving target defense technical thought. The invention provides an active dynamic defense mechanism for a WEB service system. When the protected WEB application service system is not attacked, the service entry or the resource address is actively transformed, so that the information of the backgroundof the server is effectively hidden and protected, the dynamics and uncertainty of the attacked surface of the system are realized in a randomized dynamic coding technical mode, the difficulty of network attack implementation is improved, and the anti-attack capability of the WEB application service system is effectively enhanced.

The invention relates to the technical field of image processing, and provides an image imaging jitter compensation method, system and device, and the method comprises the steps: installing a gravitysensor at a parallel position of a camera assembly, and obtaining the jitter acceleration data of the camera assembly in real time through the gravity sensor; adopting an SOC chip as a main control module, and utilizing the operation function of the SOC chip to perform logic operation on collected moving images and jitter acceleration data to obtain correction coordinates of a target object. According to the invention, the simple and low-cost gravity sensor is additionally arranged, so the shaking displacement of the target object is effectively detected; the SOC chip with highly integrated circuits and comprehensive functions is adopted to perform data operation, and direct output from moving images and jitter acceleration data to correction coordinates is realized, so the effective compensation of jitter displacement of a target object is realized on the basis of ultra-low manufacturing cost, and the accuracy of image imaging is greatly improved.