Tuile containing retrograded rice and black sesame was developed by optimization of the mixing rate of retrograded rice and egg white using response surface methodology. Nine samples of design points ...were obtained according to central composite design, and the optimal mixing rate of retrograded rice flour and egg white as independent variables was calculated with the sensory score, color, and texture as response variables. Nine samples of the experimental group and no added retrograded rice flour Tuile were also compared in terms of sensory properties, color and texture. According to the results, the optimal mixing rate of black sesame Tuile was 8.6 g of retrograded rice and 33.5 g of egg white. Regression analysis of the response showed that retrograded rice flour and egg white had effect on the color and texture of black sesame Tuile, with egg white more influential rather than retrograded rice. In a comparison of quality between retrograded rice flour added Tuile and no retrograded rice flour Tuile, lightness ($p$<0.05), hardness ($p$<0.001) and fracturability ($p$<0.001) of retrograded rice flour added Tuile was better than those of the other sample, and sensory quality in terms of color ($p$<0.01), taste ($p$<0.001), texture ($p$<0.01) were more excellent as well.
In this paper, we propose a reliable high-speed UDP-based media transport with an adaptive FEC (forward error correction) error control. The proposed adaptive transport scheme controls the amount of ...redundancy by monitoring the network so that it can effectively adapt to the fluctuations of underlying networks. The monitored feedbacks of the receiver enable the sender to aware of current reception status (i.e., rate/type of packet loss and delay change) and to estimate the expected network status. Based on this, the proposed media transport attempts to enable reliability by adaptively controlling the amount of both total sending rate and the FEC code ratio. Experiments with high-speed network have been conducted to verify the performance of the proposed transport that demonstrates the enhanced reliability at the speed of up to several hundred Mbps.
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