"Cloud fusion" thinking of self-exploration (very not reliable)

1.
Challenge four: Cross-platform Transfer (Tansfer)
With the widespread popularity of smartphones and the rapid development of BYOD, enterprises set up cloud storage platform not only want to the computer, mobile phone, web and other multi-terminal data for unified storage, but also need to provide users with multi-terminal operation conditions, such as in iOS, Android, Synchronize data in a Windows multi-os environment.
Small: Is this "cross-terminal management"?
2.
Ministry of Science and Technology 2013 annual call for alternative projects (Cloud computing section)
1.2 New enterprise computing key technologies and systems for cloud integration
Using the technology of cloud integration, using the rich hardware and software resources, to solve the problems of computing, storage and display of terminal equipment and other heterogeneous and relatively limited resources, research mobile terminal software Adaptive, Virtual desktop heterogeneous terminal access and management, Terminal Services and cloud services mixed assembly, Inheritance Distributed system automatic migration and other key technologies, the establishment of cloud-based integration model of enterprise computing architecture and system, to carry out application demonstration. Under 5 research directions.
1.2.1 Mobile software adaptive technology and Platform for Cloud integration (cutting-edge technology, national allocation of funds of 5 million yuan, enterprise-led reporting)
Aiming at mobile Internet application form and software, this paper studies the key technologies such as on-demand migration between cloud platform and terminal, application Data cloud-end on-demand access and storage, and application interface of mobile terminal screen size adaptive, and develops support platform and system for demonstration application.
1.2.2 The key technology and system of virtual personal workbench for heterogeneous terminal (cutting-edge technology, national allocation of funds limited to 5 million yuan, enterprise-led declaration)
Aiming at a variety of heterogeneous terminal equipment, this paper studies the key technologies such as self-adaptive virtual Personal Workbench configuration, pervasive access, elastic transmission, state management, data management, resource management, security and credible guarantee, and develops a large-scale, high-concurrency, scalable and easy-to-deploy virtual personal Workbench environment supporting platform and system to carry out demonstration applications.
1.2.3 Key technologies and platforms for cloud-based converged service assembly (cutting-edge technology, national allocation of funds of 5 million yuan, enterprise-led reporting)
For the organic integration of mobile internet and cloud computing, we study mobile terminal local resource and application service, cloud service terminal access and presentation, personalized recommendation of local service and cloud service, hybrid assembly and operation of local service and cloud service, build support platform and carry out demonstration application.
1.2.4 the key technologies and tools for automatic migration of legacy enterprise computing software for cloud environment (cutting-edge technology, national allocation of funds limited to 5 million yuan, enterprise-led reporting)
In view of the typical large-scale legacy enterprise computing software, this paper studies the allocation Protocol and transformation of distributed legacy applications, automatic deployment and re-deployment of virtual machines for legacy applications, automatic splitting and distributed operation of legacy applications, and develops supporting tools and demonstration applications.
1.2.5 Enterprise Computing Technology integration model based on cloud integration model application (cutting-edge technology, national allocation of funds limited to 5 million yuan, enterprise-led reporting)
In view of large enterprise application and provincial government administration system, this paper studies the integration Framework and mechanism of cloud platform architecture, application deployment, System management and optimization to support cloud convergence, and carries out demonstration application.
1.3 Key technologies and systems for cloud computing (phase two)
Breakthrough cloud computing Key technologies, cloud computing security architecture, the development of cloud demonstration platform, driving core hardware and software product development, supporting business model innovation, the formation of self-controllable cloud computing technology system and industrial chain, in the education cloud system to carry out demonstration applications. Under 5 research directions.
1.3.100 million level concurrent cloud Server system development (cutting-edge technology category, national allocation of funds limited to 80 million yuan, the enterprise lead the Declaration)
For the typical application requirements of cloud computing, the development of a low-cost, low-power, high-efficiency billion-tier concurrent cloud server system with performance power ratio and overall service capability up to 5-10 times higher than existing levels, demonstrating application in cloud computing systems.
1.3.2 EB-level cloud storage system development (cutting-edge technology, national allocation of funds limited to 60 million yuan, enterprise-led reporting)
The development of EB-level cloud storage System, support multiple data access methods, data security and protection methods, support online expansion, node load automatic equalization. The overall reliability is not less than 99.99%, in the cloud computing system to carry out demonstration applications.
1.3.3 Cloud service and management platform core software and system (cutting-edge technology, national allocation of funds limited to 40 million yuan)
Focus on the integration and breakthrough of large-scale resource management and scheduling technology, large-scale data management and processing technology, operational monitoring and security technology, cloud service interaction technology, such as a series of key technologies, the development of cloud public service and management platform core software, build cloud computing public service and management system, to carry out demonstration applications.
1.3.4 Cloud Computing Security Architecture Research (cutting-edge technology category, national allocation of funds limited to 5 million yuan)
This paper studies the unified security architecture system based on multi-tenancy technology, remote data storage, distributed storage, API call and programming, node communication, virtualization technology, terminal security, audit security, etc., and constructs the self-controllable cloud computing security architecture.
1.3.5 Cloud computing Testing and evaluation system (cutting-edge technology, national allocation of funds limited to 10 million yuan)
Study the core software of cloud computing system, hardware equipment and application service demonstration Platform evaluation method, develop cloud Service Evaluation Index System specification, develop supporting evaluation tools, set up test environment and platform, and carry out evaluation service.
Little:
Technology ideas for Cloud convergence (what)?
Leverage the rich hardware and software resources of the cloud platform (really rich)
, to solve the terminal equipment computing, storage, display and other resources heterogeneous (refers to the PC end, mobile device model diversity? ) and a relatively limited number of issues (the resources of the terminal are indeed limited)
The first three points do reflect "cloud convergence", especially the 1th.
1.2.1 Mobile computing tasks migrate on-demand between the cloud platform and the terminal (for example, when I beautify my photos on my phone, when I'm out of memory, not enough, I leave it to the cloud – this involves "in today's mobile internet and cloud computing framework, software based on device characteristics, user preferences, usage scenarios, resource status, etc. Using and adjusting the computing, storage, networking, and power resources of the terminal and the cloud, in essence, the cloud-based management and services are naturally extended from the cloud to the cloud, and the application data is ————-end on-demand access and storage (Cloud storage file system). The application interface of the mobile terminal screen size adaptive (this is not a bit low.) ）
1.2.2 Virtual Personal Workbench Environment (see this product http://www.iceflow.cn/technology/120524xngztjs.html), note, "for a variety of heterogeneous terminal equipment, research terminal Adaptive"
1.2.3 Mobile Terminal local resources and application services, cloud service terminal access and presentation, personalized recommendations for local services and cloud services, mixed assembly and operation of local services and cloud services (what is this?) Is it that the development of an application management software, that is, the supporting platform, can manage the resources of local resources and cloud services? "Mixed assembly" does that mean building a brick like a cloud service and local service to do one thing together? The term "service" is profound in that it refers to turning existing applications into a service rather than being isolated, and service means that they can be combined.
1.2.4 completely unintelligible.
1.2.5 for large enterprise applications and ministerial-level government affairs system, the research supports cloud platform architecture, application deployment, System management and optimization and other integrated frameworks and mechanisms (this is not a small amount of information, just to incorporate e-government system into it)
3.
"Breaking and merging in the field of video games in the terminal, the Cloud"
http://chuansong.me/n/1064448
Cloud game providers in the propaganda caliber is very consistent: cloud game through the GPU virtualization technology will be rendered after the game screen compressed, then use the network to send to the user. The user's device does not require any high-end processors and graphics cards, only the basic video decompression ability to play streaming video from the cloud.
According to Boyun novel CEO Han Jian, "for hard-core players, the cloud game experience will be weaker than the end of the tour, but the game content on the processing power needs and the terminal mismatch phenomenon will persist, the future cloud and end will coexist and converge, to provide users with a seamless experience." (It also embodies the idea of using cloud and terminal resources on demand)
4.
National 863 Project "Demonstration application of networked software supporting cloud convergence"
Http://cloudgo.cnw.com.cn/cloud-computing/htm2014/20140522_300170.shtml
(The focus here is "support"!) Note The application scenario in the article)
Mr. Tengteng said, "The mobile middleware embedded in the browser of the mobile device can be used for pure Web applications in the cloud and the end of the environment to achieve a consistent experience, whether online or not, can be in the cloud to constantly switch the environment to use mobile applications, mobile middleware is an important future research direction. ”

Data-based automatic cache and update technology, in the absence of network or network conditions are very poor environment, the cloud data in real-time dynamic cache to the local mobile phone, and can be modified on the phone and so on, once connected to the network, it can be synchronized, which is the Kingdee middleware in the mobile contribution to make, Some large enterprise customers are currently in use.

For example, the business approval application, the leader opens the mobile phone application before the plane takes off, after landing sees the approval process, when is intending to approve the airplane to take off, therefore the hand machine. After the flight mode has no network, but in the support of mobile middleware, the leader can still log on to the application to continue to look at the process, after the review to make approval, when the plane landed after the network, the login system will automatically pop up confirmation synchronization data and operation of the dialog box, so that the operation can be done without network environment to the cloud Without repeating the operation again. Mr. Tengteng said, "The PC environment is static, quality can be guaranteed, but the mobile state is not guaranteed, in unstable circumstances how to improve the user experience, Kingdee middleware has been the direction of efforts." ”

In addition, Kingdee Middleware also has a technology in the development period, is the hybrid programming framework supported Web applications. The traditional mobile application development model is divided into two kinds, one is the Web application, open through the browser, and the other is the native application. Web applications are cross-platform and can be run on different platforms at once, but when used through a browser, there is limited use of local material resources, while native applications have a good command of resources, but are not cross-platform. Both development models have pros and cons, how can the two ways to integrate it? Kingdee Middleware is a hybrid programming model, the use of open source technology as a plug-in, enhance the mobile phone browser, when the Web application runs, not only the standard browser resources, but also can use the mobile phone's own resources, almost up to 98% The functionality provided by the mobile phone's native operating system. The benefit of this development model is to meet the development of multi-platform operation at the same time, a greater degree of use of the mobile phone itself.

Mr. Tengteng that the future mobile side of the hybrid programming framework support Web applications will become mainstream, both the advantages of both, but also the focus of Kingdee middleware development direction.
5.
(To be continued)

"Cloud fusion" thinking of self-exploration (very not reliable)