Operational cost and emissions minimisation of a multi-microgrid system through energy management

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A software restructuring tool for oberon by Eloff, Johannes J.

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Enriching deontic logic with typicality by Chingoma, Julian

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Biomedical image analysis of brain tumours through the use of artificial intelligence by Di Santolo, Claudia

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Empirical state space modelling with application in online diagnosis of multivariate non-linear dynamic systems by Barnard, Jakobus Petrus

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Automatic acquisition of two-level morphological rules by Theron, Pieter Zacharias

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Understanding glycolysis in Escherichia coli : a systems approach using nuclear magnetic resonance spectroscopy by Eicher, Johann Josef

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Conductor size selection in low voltage networks under distributed energy resource uncertainty by Waswa, Lewis Sakwa

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A software framework to support distributed command and control applications

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Designing and developing a free fall absolute gravity measuring system using pneumatic actuators

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A knowledge approach to software testing by Mohamed, Essack

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Regularised Gaussian belief propagation by Kamper, Francois

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The estimation of precipitable water vapour from GPS measurements in South Africa by Wonnacott, R T

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Scaling of axial fan noise by Du Plessis, Clarice

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A review of vibration signal processing techniques for use in a real time condition monitoring system by Birch, David

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Designing and developing a robust automated log file analysis framework for debugging complex system failure by Van Balla, Tyrone Jade

“…As engineering and computer systems become larger and more complex, additional challenges around the development, management and maintenance of these systems materialize. …”
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In-Silico design and verification of an extracorporeal normothermic cardiac perfusion system for use during heart transplantation procedures by Van Den Berg, Ronald

“…Validation was performed through vessel-specific flow rate comparisons with computational fluid dynamics simulations. Experimental results identified a time delay in relation to the identified set of functional and control parameters when achieving target physiological pressures, informing future system optimisation. …”
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In-Silico design and verification of an extracorporeal normothermic cardiac perfusion system for use during heart transplantation procedures by Van Den Berg, Ronald

“…Validation was performed through vessel-specific flow rate comparisons with computational fluid dynamics simulations. Experimental results identified a time delay in relation to the identified set of functional and control parameters when achieving target physiological pressures, informing future system optimisation. …”
Get full text

In-Silico design and verification of an extracorporeal normothermic cardiac perfusion system for use during heart transplantation procedures by Van Den Berg, Ronald

“…Validation was performed through vessel-specific flow rate comparisons with computational fluid dynamics simulations. Experimental results identified a time delay in relation to the identified set of functional and control parameters when achieving target physiological pressures, informing future system optimisation. …”
Get full text