The largest mass losses were found for fruit treated with garlic

The largest mass losses were found for fruit treated with garlic oil and citric biomass, with 8.31% and 8.44% respectively at 14 days. As for the production of CO2, A. aculeata almond oil + IMP

and A. aculeata almond oil + tween kept increasing respiratory rate, where only at 12 days there was a slight respiratory increase. Thus, we may conclude that in addition to Prochloraz, A. aculeata almond oil + IMP and A. aculeata ABT-263 mw almond oil + tween have good potential for the control of anthracnose in ‘Uba’ mango.”
“This paper presents an effective method to control distributed energy resources (DERs) installed in a microgrid (MG) to guarantee its stability after islanding occurrence. Considering voltage and frequency variations after islanding occurrence and based on stability criteria, MG pre-islanding conditions are divided into secure and insecure classes. It is shown that insecure MG can become secure, if appropriate preventive control is applied on the DERs in different operating conditions of the

MG. To select the most important variables of MG, which can estimate proper values of output power set points of DERs, a feature selection procedure known as symmetrical uncertainty is used in this paper. Among all the MG variables, critical ones are selected to calculate the appropriate output power of different DERs for different conditions of the MG. The values of selleck inhibitor selected features are transmitted by the communication system to the control unit installed on each DER to control its output power set point. In order to decrease the communication system cost, previous researchers have used local variables to control the set point of different DERs. This approach decreases the accuracy of the controller because the controller uses incomplete information. In this paper, multi-objective approach is used in order to decrease the cost of the communication system, while keeping the

accuracy of the preventive control strategy in an allowable margin. The results demonstrate the effectiveness of the proposed method in comparison with other methods.”
“For impulse-radio ultrawideband (IR-UWB) communications, pulse overlap often occurs in indoor dense multipath environments, where the time separation between adjacent received multipaths is typically less than one pulsewidth. Moreover, due to its low power spectral density (PSD) and its overlay usage model, the IR-UWB signal is also vulnerable to narrow-band interference (NBI) of a high power level. Taking the effect of pulse overlap into account, this paper presents an optimal prerake/postrake UWB transceiver design to counteract NBI. The prerake/postrake uses rake structures at both the transmitter and the receiver. The optimum weights for the prerake and postrake are derived by maximizing the signal-to-inference-plus-noise ratio (SINR). Furthermore, an adaptive scheme is proposed to achieve the optimal solution iteratively.

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