model  (MathWorks Inc)

Journal: Systems Engineering

Article Title: Bacterial chemotaxis control process analysis with SysML

doi: 10.1002/sys.21752

Figure Lengend Snippet: FIGURE 24 Stateflow E. coli lower-level control state flow details. The labeled boxes are CP_Chemoreceptor: Ligand Found/Ligand NotFound Ligand Enable/Ligand Disable. CheB_P: Start_DeMeth. CheB: Remove CH3’s. CheW: Convert (part 1) to phosphate signaling. CheA: Convert (part 2), Pass_Phos, and Auto_Phos. CheY: Enable_Phos. CheZ: Remove_Phos. CheY_P: Signal CW. Flag_Motor: Pass CW or CCW. CheR: Add CH3’s. Module: Start_Meth.

Article Snippet: The MathWorks Stateflow model discussed at the end of this paper in Section 4.10 is an example where the architecture is captured in SysML and then utilized to capture an executable process in MathWorks.

Techniques: Control, Labeling

Journal: Systems Engineering

Article Title: Bacterial chemotaxis control process analysis with SysML

doi: 10.1002/sys.21752

Figure Lengend Snippet: FIGURE 25 Stateflow E. coli top-level control, I/O, and test points. Input, outputs, and test points for StateFlow: ligandSense (On/Off): ligand detect input, ligandState: system stored detect state, CH3: # of CH3, enable: internal control active, Phos: pass phosphate group, CW: “1” rotate CW, “0” rotate CCW.

Article Snippet: The MathWorks Stateflow model discussed at the end of this paper in Section 4.10 is an example where the architecture is captured in SysML and then utilized to capture an executable process in MathWorks.

Techniques: Control