Sentence examples for system optimisation and from inspiring English sources
It allows development of superior diagnostic tools for system optimisation and more stable performance.
The system exergy efficiency and exergy loss of local sites are obtained via this calculation and provide the theoretical basis for system optimisation and equipment improvement.
In an attempt to aid this process, a novel decision-support framework DESIRES has been developed comprising a suite of tools, including scenario analysis, life cycle costing, life cycle assessment, social sustainability assessment, system optimisation and multi-attribute decision analysis.
In an attempt to aid this process, a decision-support framework has been developed comprising a range of tools, including scenario analysis, life cycle assessment, life cycle costing, social sustainability assessment, system optimisation and multi-attribute analysis.
The use of the normalisation technique was deemed acceptable since the aim of the paper is to investigate use of speech parameter contours for emotion recognition and not AER system optimisation and to make the results directly comparable to those obtained in a previous study [21] which is a precursor to the one reported in this paper.
His research is focused on energy technology system optimisation in regions and rural and urban areas, holistic urban energy system planning and ecological evaluation.
This is followed by what needs to be taken into account before installation of micro-grids in remote areas, relevant technical design and installation questions are then addressed, and information is provided about simulation techniques, monitoring and control equipment and system optimisation models.
This discussion was structured around the three main emerging themes surrounding organisational capabilities, procurement and contracting challenges, and system optimisation.
The core hydraulic system with a pressure exchanger was identified as the most advantageous ERS concept, and the question of appropriate component design and system optimisation was discussed.
This situation takes on increasing importance in the context of modelling Passivhaus buildings where the absence of conventional oversized heating and cooling systems implies a greater reliance upon fabric and system optimisation.
Therefore, methods for screening variables and system optimisation are discussed.
