This paper presents that install Trusted Platform Module (TPM) in the grid on the basis of grid principle and trusted computing characteristics. The TPM measures the integrity of the grid user’s platform during the process of the virtual organization’s dynamic establishment. Then,analyzes the trust of the platform.
This paper discusses how to implement the procedure of information extraction from data and knowledge discovery from information in the grid computing environment, from the point of view of grid technology and information grid.
Based the R-Net Grid computing test platform, RNMS (R-Net Monitoring System) uses some technology such as adaptive sensor control, on-demand measurement, distributed directory service, node group management, and mixed data format, which improves the interoperability and scalability, and reduces the intrusiveness.
In particular, we prove an integral formula for the degree of an ample divisor on a variety of complexity 1, and apply this formula to computing the degree of a closed 3-dimensional orbit in any SL2-module.
Various methods for analysing topological equivalence of multistageinterconnection networks (MIN' s) were reviewed briefly. Topological equivalence and itSvariety of free-sauce optical interconnection crossover networks with SW bsnyan (F=S=2) networks were studied by using the graph analysis method (GAM) for topologicalequivalence of MINI s. This will develop the POtential applications of optical crossovernetworks in systems of digital optical computing, photonic switching and Parallelmultiprocessing ...
This paper proposes a new formal method─overlapped tour method for protocol conformance test generation based on UIO sequences. It is shown that this method not only reduces the computing complexity of ofoverlapped transition sequence but also substantially shortens the length of the test sequences with no reduction in fault coverage.
lient/Server architecture is the main trend of distributed computing environment in the 1990' s. This paper describes more completely main features and key techniques of Client/Server architecture.