Wes Munsil

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Systems-level approaches are increasingly common in both murine and human translational studies. These approaches employ multiple high information content assays. As a result, there is a need for tools to integrate heterogeneous types of laboratory and clinical/demographic data, and to allow the exploration of that data by aggregating and/or segregating(More)
BACKGROUND The complex data sets generated by higher-order polychromatic flow cytometry experiments are a challenge to analyze. Here we describe Exhaustive Expansion, a data analysis approach for deriving hundreds to thousands of cell phenotypes from raw data, and for interrogating these phenotypes to identify populations of biological interest given the(More)
For many years, the Tomasulo method of dynamically scheduling instructions for execution in a load/store processor has been known and used. This paper presents an adaptation of the Tomasulo method to a stack-based processor architecture, and illustrates its use in a software simulator of a subset of the Java Virtual Machine. Experimental results show that(More)
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