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We develop two probabilistic methods that allow us to analyze the maximum data structure size encountered during a sequence of insertions and deletions in data structures such as priority queues, dictionaries, linear lists, and symbol tables, and in sweepline structures for geometry and VLSI applications. The notion of the “maximum” is basic to issues of resource preallocation. We apply our methods...
In this chapter we describe work stemming from the development of a stoichiometrically-constrained model of Escherichia coli metabolism, to experimental evolution of strains, to the analysis of the function of acquired adaptive mutations with the goal of understanding their system-wide effect on phenotype.
This chapter provides an overview of arsenic toxicokinetics and physiologically based pharmacokinetic (PBPK) modeling with particular emphasis on key factors needed for development of a model useful for dose‐response analysis, applications of inorganic arsenic models, as well as research needs. A PBPK model for arsenic has many potential applications, which may be divided into two broad categories:...
In this paper, we present a method of calculating and updating target probabilities in ambiguous range-Doppler cells along with an adaptive pulse repetition frequency (PRF) selection technique based on mutual information (MI). We approach the problem of updating the probability in multiple ambiguous cells by using a multiple hypothesis test for the target state. The probability ensemble is then used...
Cognitive radar (CR) is a recently proposed concept that depicts the radar channel in a probabilistic manner. In a multiplatform or networked radar system, some parameters or dimensions of interest are visible (i.e., resolvable) to one radar and not to others depending on the geometry of the scenario. For a radar with new measurements, Bayesian methods to update the cell ensemble probabilities in...
This chapter contains sections titled:
Introduction
Physical and chemical properties of arsenic
Exposure to arsenic
Arsenic disposition and biotransformation in mammals
Systemic clearance of arsenic and binding to blood components
Tissue distribution
Placental transfer and distribution in the fetus
Arsenic biotransformation
Arsenic excretion
Effects of arsenic exposure
Cardiovascular
Endocrine
Hepatic...
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