Fast and Accurate Memory Simulation by Integrating DRAMSim2 into McSimA+

Fast and Accurate Simulation

Yehea I. Ismail Department of Electrical and Computer Engineering Northwestern University Evanston, IL. 60208 Abstract A method is introduced to evaluate time domain signals witbin RLC trees with arbitrary accuracy in response to any input signal. This method depends on finding a low frequency reduced order transfer function by direct truncation of the exact transfer function at Merent nodes of...

Fast Accurate Simulation of Large Shared Memory Multiprocessors

Fast, accurate and simulation-free stochastic mapping.

Mapping evolutionary trajectories of discrete traits onto phylogenies receives considerable attention in evolutionary biology. Given the trait observations at the tips of a phylogenetic tree, researchers are often interested where on the tree the trait changes its state and whether some changes are preferential in certain parts of the tree. In a model-based phylogenetic framework, such question...

A Fast and Accurate Isotachophoresis Simulation Code

We developed a numerical code which allows fast and accurate simulation of isotachophoresis (ITP). The multi-species code accounts for equilibrium chemistry, non-uniform electroosmotic flow, and dispersion. Our modeling efforts for the latter are also presented. The goal of our work is to create an efficient, accurate, validated, and uniquely-capable electrophoresis simulation code available fo...

Integrating Transactional Memory into C + +

We discuss the integration of transactional memory into the C++ programming language. We take a decidedly pragmatic approach in this paper: Our goal is to induce minimal changes consistent with implementability, usable transactional semantics, and the prevalent styles of C++ programs. In particular, we want to avoid designing a new language; rather, we want to enable incremental adoption of tra...