distributed parameter

distributed parameter

[di′strib·yəd·əd pə′ram·əd·ər]
(electromagnetism)
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He considers it a tool to be used in understanding and treating distributed parameter systems, rather than a sub-discipline of its own.
The issues of distributed parameter systems control were brought to the attention of a professional public at the first IFAC international conference in 1960, where Bellman, (1967) and Pontryagin, (1983) presented their first results.
Examples are presented from distributed parameter systems such as acoustic fields, thermo-dynamic fields, magnetic fields, and vibrations in flexible structures.
Presentation highlights include: -- A Phase I Study Evaluating the Safety, Pharmacokinetics, and Efficacy of ABT-263 in Subjects With Refractory or Relapsed Lymphoid Malignancies -- Reduction in Platelet Counts as a Mechanistic Biomarker and Guide for Adaptive Dose-escalation in Phase I Studies of the Bcl-2 Family Inhibitor ABT-263 -- Dynamic Contrast Enhanced MRI (DCE MRI) for Assessment of Effects of Anti-Angiogenic Therapy: Comparison of the Transfer Constant (Ktrans) to Blood Flow and Permeability Derived by a Distributed Parameter Model -- Relationship of Dose of ABT-869 on Biomarkers of Angiogenesis and Their Correlation With Pharmacodynamic (PD) Outcome Study Background and Results ABT-263
In the MPC formulation, the state variables of a non-linear distributed parameter model used are lumped via the finite difference method.
Thus process-based, distributed parameter, continuous simulation erosion prediction model has been used successfully in a variety of applications.
The other broad subject areas are analysis methods for MIMO linear systems, Kalman filters and observers, design methods for MIMO LTI systems, adaptive control, analysis and design of nonlinear systems, stability, system identification, stochastic control, and control of distributed parameter systems.
The book brings together ideas from classical orthogonal function approximation, neural network input-output approximation, finite element methods for distributed parameter systems, and various approximation methods employed in adaptive control and learning theory.
These interfaces allow for central display and alarm, and also allow distributed parameter alarms via our IMPACT paging system.
In the comparison of quantitative data; normally distributed parameters will be compared between the two groups using the Student t-test and a one sided variance analysis (ANOVA) will be used in the comparison of more than two groups.
In this connection in order to measure distribution of the current density (or other distributed parameters, for example, density of heat flux) by measured integral characteristics one acts as follows: the law of the current density distribution is postulated in the form of a certain functional dependence with numerical parameters, and then measured current [I.
Bridging the gap between academic and industrial research, practitioner Zhuiykov covers the electrochemistry of solid electrolyte gas sensors, including mathematical modeling with distributed parameters, metrological characteristics of non-nernstian zirconia gas sensors, measurement of gas concentrations in molten metals, manufacturing technologies, errors of measurement and testing.

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