Sentence examples for modeling system designed from inspiring English sources

CAVE is a fuzzy logic-based non-linear visual preference modeling system designed to provide design element guidance from composite visual scenarios under conditions of sparse data.

Examples for actual landscapes are presented in the application of the TSM as incorporated within in the Atmosphere Land EXchange Inverse/Disaggregation ALEXI (ALEXI/DisALEXI) modeling system, designed for operational applications at local to continental scales using multi-scale thermal imagery.

In history-based parametric modeling systems, design intent information is usually expressed implicitly within the model.

The modeling system is designed in such a way that constraint-based models targeting different microorganisms or competing organism communities can be easily plugged into the system.

These solutions can be generated in real time for simple models on modern computer hardware, resulting in a fully interactive recurrent modeling system for designing models that closely match specific natural shapes.

Armadillo 22 is an open-source workflow system designed for modeling and executing phylogenomic analyses.

The modeling system, MESH, is designed to simulate several hydrologic processes: evaporation, snow accumulation and ablation, interception, interflow, infiltration, recharge, baseflow, and overland and channel routing processes (Kouwen et al. 1993; Mengistu and Spence 2016).

This setup is also expected to improve overall process control education process because of the hands-on experience on modeling, system identification, control design and implementation on an equipment which is close to real world application.

The paper reviews the design considerations, dynamic modeling, system identification and control design strategy to stabilize the pendulum.

The modeling system, which was built to design the filling/emptying hydraulic system of the third set of locks of Panama Canal, is described and validated.

In this paper, we present a modeling and control system design for the integrated electric parking brake system (IEPBs).