Development of an artificial neural network system for sulphate-reducing bacteria detection by using model-based design technique.
Earn Tzeh TanZaini Abdul HalimPublished in: APCCAS (2012)
Keyphrases
- design process
- design tools
- knowledge based systems
- computer aided
- case study
- development environment
- software design
- design considerations
- design principles
- artificial intelligence
- paradigm shift
- architectural design
- future development
- design methodology
- rapid prototyping
- information system development
- digital campus
- software engineering
- image sequences
- computer vision
- soft systems
- conceptual design
- knowledge engineering
- software architecture
- false positives
- decision support
- object detection
- website