Transoft (shanghai) Inc.

Changbin Tang

Qin Zhu

Li Gao Xiong

Yanxin Wang

Penghao Cai

The present invention discloses an apparatus of mapping logical point-of-delivery to physical point-of-delivery, which is capable of maintaining the completeness and consistency of each project's point-of-delivery environment within a corporate data center by utilizing session mechanisms in each layer of the TINA-variation architecture. The apparatus of the present invention is based on a new TINA-variation architecture, which vertically includes four session layers: Access Session Layer, Service Session Layer, Resource Session Layer, and Provision Session Layer. Resource Session Layer and Provision Session Layer are among the innovative features of the present invention. The service target of the new architecture is enterprise data center. The new architecture is left-right asymmetrical; it horizontally includes Project Developer Domain, Resource Provision Domain, and Application User Domain. The resources it involves are extended from network connection resource covered by standard TINA, to all assets under management in enterprise data center, including network, storage, and computing resources.

Apparatus of mapping logical point-of-delivery to physical point-of-delivery based on telecommunication information networking

The invention discloses the technology of brain-like computing virtualization. Brain-like computing means the computing technology to mimic human brain and generate human intelligence automatically with computer software. Here the unconscious engine and conscious engine are used to define human left and right brain, while the virtualization technology is used for software to run on future hardware, such as quantum computer and molecular computer. The applied domain areas include quantum gate and adiabatic quantum simulation, brain-like autonomic computing, traditional multi-core-cluster performance service, software development/service delivery systems, and mission-critical business continuity/disaster recovery.

Method for virtualization of a brain-like computing system

The present invention discloses a Virtual Resource Object Component; it achieves the goal of mapping logical POD to physical POD. The technical solution is: the Virtual Resource Object Component abstractly represents the physical resources in a physical POD as virtual resources. An embodiment of the Virtual Resource Object Component is utilized in a service delivery platform which automatically organizes and connects the physical resources in the physical POD(s), and transforms them into virtual resources which will be delivered to a logical POD.

Virtual resource object component

The disclosed invention involves a method and systems of autonomic virtual network, which relates to three basic inventions in the area of autonomic computing: (1) systems and methods of multi-loop autonomic manager, preemptive contact point, i.e. sensors and effectors, and software-defined hardware resource, or abstraction and virtualization of the hardware functions; (2) service-delivery virtual network in the area of distributed network, and application assurance systems and methods; and (3) integration of these two fields of inventions, namely autonomic managed virtual network, such that the management of virtual networks which provide service delivery, is able to achieve n-tier architecture system and method ACRA.

Systems and methods of autonomic virtual network management

The present invention relates to a transaction-based service control system and control method. The present invention provides the resource provision management domain and the resource provision management component to manage resources provision respectively, wherein the resource provision management component is used to manage the virtual machine provision, and resource provision management domain is used to manage provision of the set of resources. The said domain and component management method further combines distributed transaction processing method, the state machine mechanism, as well as resource scheduling and transaction routing policy, to control the status of the whole process for service request from the beginning to the end of the execution. Thus the service performance is effectively improved, and the quality of service is ensured.

Transaction-based service control system and control method

The disclosed invention involves a framework and method based on hardware base tool to monitor the performance of virtualized systems, wherein the said framework comprises at least one master host, and each of the said master host comprises user space components, guest space components, kernel space components and hardware. The said user space components comprise policy manager, workload mediator, monitor library, and host performance monitor. The said host performance monitor is connected to workload mediator, and host performance monitor comprises user space monitor and kernel space monitor. The disclosed invention applies PMU or the similar tools to monitor the performance of virtualized systems. The performance monitoring of the disclosed invention is to monitor CPU, memory, cache, IO, network, processes, etc. of the host of virtualized systems. Meanwhile, the method based on hardware to monitor performance in this disclosed invention resolves the problem to acquire performance data for virtualized systems.

Framework and method for monitoring performance of virtualized systems based on hardware base tool

The invention discloses the architecture of client-side virtualization, utilizing the techniques of differential bi-directional synchronization of layered data and closed computing, as an extension to virtual desktop infrastructure. Both the client and server run a virtual machine monitor on top of which user application data, system data, personal application, group application, and guest operating system are layered independently. Layer independence is achieved by system data redirection, cache acceleration, and application composing/decomposing method. The client can be securely protected via the push-OS concept, security links, and closed computing services, including virtual machine subscription management control and network resource control services.

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Shanghai, China

Changbin Tang