This paper describes the S3MS.NET run time monitor, a tool that can enforce security policies expressed in a variety of policy languages for .NET desktop or mobile applications. The tool consists of two major parts: a bytecode inliner that rewrites .NET assemblies to insert calls to a policy decision point, and a policy compiler that compiles source policies to executable policy decision points...

As the microprocessor industry struggles to deliver higher performance superscalar and VLIW processors, memory access penalties have become a major issue. The growing disparity between processor and memory performance will make cache misses increasingly expensive. Additionally, data caches are not always used e ciently, resulting in large numbers of data cache misses. In numeric programs there ...

This paper describes a parallel run-time system (RTS) that is used as part of the pC++ parallel programming language. The RTS has been implemented on a variety of scalable, MPP computers system diiers from other data-parallel RTS implementations; it is designed to support the operations from object-parallel programming that require remote member function execution and load and store operations ...

We investigate the local time $(T_{loc})$ statistics for a run and tumble particle in an one dimensional inhomogeneous medium. The inhomogeneity is introduced by considering position dependent rate of form $R(x) = \gamma \frac{|x|^{\alpha}}{l^{\alpha}}$ with $\alpha \geq 0$. For =0$, we derive probability distribution $T_{loc}$ exactly which expressed as series $\delta$-functions coefficients c...

Power consumption has recently emerged as a first class design constraint in system LSI designs. Specially, leakage power has occupied a large part of the total power consumption. Therefore, reduction of leakage power is indispensable for efficient design of high-performance system LSIs. Since 2006, we have carried out a research project called “Innovative Power Control for Ultra Low-Power and ...