• No results found

Computing air demand using the Takagi–Sugeno model for dam outlets

N/A
N/A
Protected

Academic year: 2020

Share "Computing air demand using the Takagi–Sugeno model for dam outlets"

Copied!
17
0
0

Loading.... (view fulltext now)

Full text

Loading

Figure

Figure 1. Typical representation of a low-level outlet works.
Figure 2. (a) Schematic of lab-scale low-level outlet works; and (b) experimental set-up
Figure 3. Schematic representation of the (a) adaptive neural-based fuzzy inference system; and the (b) feed-forward Levenberg-Marquardt artificial neural network structure
Figure 4. Cluster centres using the centre of gravity method in (a) input 2 [gate  opening (O)] and input 4 [water discharge (Qw)]; and in (b) input 3 [head of water (H)] and input 4 (Qw)
+5

References

Related documents

Nigeria state is not unmindful of the fact that the connection between development on the one hand, and image building, respect for human rights and good

=main line XXXXXXX =addl line 19 MD New CLEC residence customer orders a single listed POTS line using Platform POTS service. The customer wants call waiting

Haematological parameters increased significantly (p<0.05) with increasing level of MOSM. This study concluded that 5% dietary inclusion of MOSM would improve

Abstract. In this paper it is devoted to study the inverse scattering problem for a singular boundary value problem of generalized form of system Dirac type. The new representation

We have eye opening sessions on whether property is at risk of becoming another political football, insurance considerations on cyber risk, the Canadian MGA model, and a

Unlike conventional RS170-based systems which require pixel data to be stored in a video buffer before processing of pixel data can commence, the FIVS design provides an option

Track session: Panel or Point/Counterpoint Discussion Track session: Experience IT Interactive Presentation Poster session: Effective Practices.. Poster session: Research Findings