network transmission, but also include enterprise needs to make use of the massive resources and the enterprise’s data is safe. In order to adapt enterprise's service demand, we design a remote service platform, which provides enterprises with knowledge discovery based on intelligent computation services. The computation process and the massive enterprise's data will fuse and guarantee that the enterprise's data the independence and the security through the remote service, which will be great significance for providing the reliable service for the enterprise [3]. Therefore, we propose the mobile service platform (MSP) for enterprise users with mobile computation service. MSP is based on the mobile computation service, through the way that the whole service including intelligent computation, security, recovery, interface and control move to the client, which can satisfy mobility, security, recoverability and usability to application platform. MSP can face that the enterprise has the weak computing power and the enterprise whose computation demand is quite big but the ability of developing is not strong. MSP can use asynchronous communication mechanism to meet the mobility that user-centered whole services, user requests and process recovery point. This article proposes the MSP’s asynchronous communication mechanism, through uses highly effective asynchronous message transmission mechanism, realizes to monitor the service running process and running status and ensures service to reliable running computation.
[1]
Guo Chang.
Fault-Tolerant Mechanism Basing on Corba Messaging
,
2002
.
[2]
Jin Xin-yu.
Data Exchange System Studying Based on JMS and MOM
,
2005
.
[3]
Du Tao,et al.
The Design of Mobile Service Platform Based on Asynchronous Message Control Module
,
2009,
2009 International Forum on Computer Science-Technology and Applications.
[4]
Sun Li.
Application and Research of Message-Oriented Middleware Based on JMS
,
2009
.
[5]
Ma Xiao.
A Service-Oriented Dynamic Coordination Architecture and Its Supporting System
,
2005
.
[6]
Paulo Marques,et al.
Component-based development of mobile agent systems
,
2003
.
[7]
Liu Fagui,et al.
GDIXEADP:Service-Oriented Embedded Software Development Platform
,
2008
.
[8]
Kui Liu,et al.
Research and Application in Supply Chain Management Based on Correlation Analyze of Association Rules Algorithm
,
2006
.
[9]
J. Leon Zhao,et al.
Workflow Automation: Overview and Research Issues
,
2001,
Inf. Syst. Frontiers.
[10]
Bo Wu,et al.
Research and Design of Intelligent Computing Platform for Industrial Process Based on the Mobile Service
,
2009,
2009 International Conference on Management and Service Science.