The minimum configuration of elements is C and N for all the model compartments.
The results show that a minimum configuration of two scan stations, two planes and 16 targets for point-based self-calibration is suitable for on-site calibration and the datum choice has little effect for minimum configuration.
This paper presents an Integrated Framework for Design Optimization and Space Minimization (IDOM) toward finding the minimum configuration satisfying timing and code size constraints.
First, with an objective function based on the minimum configuration flexibility, the optimization results can be obtained by varying the proportion of optimization.
For optimization study, CPG was tested at different MIF (mass increase factors): MIF = 0% (minimum configuration), MIF = 25% (middle configuration) and MIF = 50% (maximum configuration) by using DOE (design of experiment).
Consequently, the proposed approach guarantees a minimum configuration of the control structure and a minimum requirement of plant knowledge for the AAC design, which leads to a sharp decrease of implementation cost in terms of hardware selection, algorithm realization and system debugging.
For this purpose, we propose a minimum configuration based on three TIR bands at around 8.9, 10.6 and 12.0 μm, which allows the application of two-channel (or split-window) algorithms as well as the application of a temperature and emissivity separation (TES) method (or a combination of both) for LST retrieval.
In this research, a component based unified architecture for utility service in the cloud has been proposed for deploying service and use of the application in an optimum way to make the maximum availability of service within the limited duration of time and minimum configuration overhead.
This model is applied directly to the minimum configuration or structure required to achieve fault tolerance to a specified degree.
The total amount of subframes in the observed interval is 640, equal to the minimum configuration change period.
