As a result, optimization of the MD module performance is achievable, by adjusting the effective membrane surface area and feed flow rate, to improve internal heat recovery and also produce higher fresh water rate.
Individual module performance is grouped by competency, and an individual learner's competency score is compared to aggregate scores of all learners to provide each individual a rank score for the competency.
As we know that module performance is greatly affected by the amount of dust collected on it [15], sometimes when we want to get the amount of difference value in efficiency of modules, the instruments for measuring it at that instant are not found.
This tool can be developed by using empirical models derived from the measured data, or based on established by the PV module performance models used to estimate a module's I V characteristic as a function of irradiance and module temperature.
Although a global system performance measure such as ROC curve could be a better measure of performance, by introducing this error measure, we intend to evaluate our segmentation module performance exclusively.
However, when the best result was selected from the two networks by a decision process using the weighted sum, the module performance was slightly improved to 78.4%.
Further, the results are sensitive to assumptions about module performance, which are expected to continue improving over time".
Therefore, it is preferable to assess the module's performance by measuring the CO2 concentration in the inlet and outlet of the module continuously rather than working with mean concentrations.
The module performances were evaluated by pervaporation dehydration of ethanol/water mixtures.
We report the architecture and learning strategy of the module and characterize its performance by simulations in two situations of reaching by a linear arm with multiple degrees of freedom: (1) mapping of tactile and arm-related proprioceptive information, and (2) mapping of gaze and arm-related proprioceptive information.
