Directory UMM :Data Elmu:jurnal:A:Aquacultural Engineering:Vol23.Issue1-3.Sept2000:
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Expert systems (Padala and Zilber, 1991), fuzzy logic controllers (Turk et al., 1997; Lea et al., 1998) and a hybrid neural fuzzy system (Whitsell et al., 1997) have been used
The preliminary expert system design for controlling water pump rate (i.e. column residence time) and methanol injection rate (i.e. carbon feed rate) was then implemented
Based on fish feed and metabolic loading, facility water transport and treatment systems are constructed to provide fish rearing units with required water flow rates and water
The problem domain (fish disease) has it’s own problems, the major one being that there is no accepted database of cases like there is in other medical fields.. This precludes the
Using mass balance analysis a designer can estimate the flow requirements from the culture tank to water treatment components in order to control the build-up of waste
This paper provides an overview of the design aspects (with an emphasis on object-oriented program- ming principles), functional modules and application areas of POND, a
18 shows the benthic shear stress predicted by the simulation of a ‘real- world’ deployment of two paddlewheel and four propeller-aspirator aerators in Pond X.. The simulation
The model results are provided in digital raster format (100 m × 100 m) within a geographic information system (GIS). The calculated pesticide loads in surface waters were compared
