Author/Editor | Nančovska, Irena; Todorovski, Ljupčo; Jeglič, Anton; Fefer, Dušan | |
Title | Deterministic predictive models for DC voltage reference source control | |
Type | članek | |
Source | IEEE Trans Ind Electron | |
Vol. and No. | Letnik 47, št. 1 | |
Publication year | 2000 | |
Volume | str. 186-92 | |
Language | eng | |
Abstract | In this paper, we use predictive models for voltage correction in a high-precision dc voltage reference source (DCVRS). Voltage reference elements, which compose the DCVRS, are improved by implementing a control loop with built-in predictors. Thus, the sensitivity of the system is reduced and, thereby, the stability of the DCVRS is improved. The predictive abilities of two different paradigms, neural-network-based predictors and difference equation predictors obtained by equation discovery system LAGRAMGE, are compared. | |
Descriptors | ARTIFICIAL INTELLIGENCE NEURAL NETWORKS (COMPUTER) FORECASTING |