Dioid-based modeling of high throughput screening systems
LI Dan-jing
Abstract：For a new class of discrete event systems—high throughput screening systems (HTS), max-plus algebra is a powerful event domain modeling and analysis tool and therefore, is often used for its modeling and control. However, time domain description is sometimes also preferred, especially when it comes to the implementation of HTS control strategies. To efficiently describe the systems in both time domain and event domain, max-plus algebra models are extended to dioid models with the help of two-variable formal power series. For a possible resulted non-causal model, in order to facilitate the system analysis, simulation and the following control, the corresponding two-variable (time variable and event variable) transformation matrices are proposed. The desired causal model could be derived from matrix-transforming. An example is given to demonstrate the method and its effectiveness in enhancing the control efficiency of HTS.
Keywords：discrete event systemshigh throughput screening systemsmodelingdioidcausal modeltransformation matrix
Publication Date：2017-01-01
Online Publishing Date：2025-08-15(First online date of this platform, not the publication date of the document)
Pages：8( 619-626 )