Design And Implementation Of Service Configuration And System Monitoring Based On Micro-communication System Architecture

With the general inter-connection service, communications by Internet has acted as an important role in life of our society. At present, TCP/IP dominates the Internet. TCP/IP was developed for narrowband text transfer. But, now, with the rapid development of global Internet, people using the network and rely on it more and more. The requirements of capability of the network improved, at the same time, the limits and defects of TCP/IP become more and more obvious. So, we need to develop a new network technology which provides more security and more efficiency on quality of service.This thesis introduces a new network architecture named Service Unit Network Architecture(SUNA). It's a non-layered architecture, using service units(SU) to complete the various network functions. A service unit provides service but does not accept service, avoiding inter-layer interactions and costs of delivering services. This thesis analyses the features of SUNA, the models of nodes. Then, I describe a model of SUNA-Micro Communication Element System(MCES) architecture in details which includes the general model, network address and the data format. In this project, my major mission is to configure sevice and monitor system informations in MCES, so I mainly analyses the service which is supplied by MCES, including service type, service composing, service management ,and the attribute of SU, the realization of SUM. In allusion to request for configuration of service, I expatiate how to actualize the function of configuration and monitor in Linux kernel. For testing this function, I design an application. By using it, consumer can configure service and examine system information within graphical interfaces. At last, regarding strictly and comprehensive tests, we make sure that, consumer definitely can customize special sevice according to his requirement.