To deal with worsening network security problems,a trusted computer system model for network applications was developed based on the transparence computing paradigm.

There are two characteristics in this solution: consolidating discrete storage devices in the LAN by means of transparence computing technology, the LAN has a star topology with a central monitor, which can proactively regulate the network traffic.

This paper proposes a new pervasive computing paradigm:transparence computing.

Design and implementation of a virtual machine-based transparent computing system;

NSAP——A network storage access protocol for transparent computing;

Design and implementation of device sub-system of transparent computing system based on machine virtualization;

The calculation of effect and the anticipant estimation of target s value in upright overlapping design of experiment;

This paper deals with the extention of traditional wheel/rail interactions to wheel/roller case and investigating the gravitational effects under contact conditions with different wheel and rail(or roller)profiles.

In this paper, we calculated the gravity effect of water-impoundment in the front area of the Three Gorges reservoir on several different water levels with a high precise numerical simulation and compared the gravity anomaly obtained by numerical simulation with that by measured in a local gravity monitoring net during the first water-impoundment in the Three Gorges.

In this paper,the gravity effects caused by the changes of seometric and physical parametere of a fault are discussed when the tectonic stresses applied to the fault without any models siven.