186 research outputs found
Balancing Related Model Order Reduction Applied to Linear Controlled Evolution Equations with LĂ©vy Noise
Otto-von-Guericke-Universität Magdeburg, Fakultät für Mathematik, Dissertation, 2016von Martin Redmann, M. Sc.Literaturverzeichnis: Blatt 177-18
Biological Monitoring of the Capsule Mechanical Training Model During Assembly in the Sterilization Assembly Development Laboratory
Microbial burden sterilization assembly procedure development using rigorous monitoring progra
Effect of environment on biological burden during spacecraft assembly
Determining effects of environment on accumulation of biological burden on spacecraft during assembl
Dynamic programming for optimal stopping via pseudo-regression
We introduce new variants of classical regression-based algorithms for optimal stopping problems
based on computation of regression coefficients by Monte Carlo approximation of the corresponding
L2 inner products instead of the least-squares error functional. Coupled with new
proposals for simulation of the underlying samples, we call the approach "pseudo regression".
We show that the approach leads to asymptotically smaller errors, as well as less computational
cost. The analysis is justified by numerical examples
Improving Building Control and System Operation Through the Continuous Commissioning® Process: A Case Study
Utilization of the Continuous Commissioning®
process is presented in the case of the Consolidated
Mission Support Center office building at Travis Air
Force Base in Travis, California. The CC® process
was applied to the building in early 2003. The
examination of the heating, ventilating, and airconditioning
(HVAC) and control systems revealed
several areas where considerable improvement could
be made, including air handling unit (AHU)
operational parameters, terminal box and water loop
operation, and Energy Management and Control
System (EMCS) functionality. It also aided in the
identification of mechanical systems needing repair.
The optimization of the HVAC systems and
advanced utilization of the EMCS reduced the
combined heating and cooling energy consumption
by 26% without capital intensive upgrades. Cooling
energy decreased by 10%, heating energy was cut by
over 40%, and fan power decreased by 28%. A
hidden benefit to the implementation of the CC®
process is the reduction in the human capital required
to operate the building. Prior to commissioning,
significant time was spent changing system operating
setpoints in an attempt to save energy. These efforts
are no longer required
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