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In this paper, the automatic design optimization platform for FMM dummy pattern simulation based on AMOLED display screen has the advantages of short time, high precision, simple process and wide range of design combination. Specifically, the project simulation design time is reduced by half, the error rate in the simulation design process is reduced from 10% to 1%, the design combination range is increased by more than 10 times, and the FMM mask compensation accuracy is increased by 10%. Automated design optimization platform is helpful to improve product yield and save cost. [ABSTRACT FROM AUTHOR]

Abstract Asparagus species is recognized as a perennial herb with several valuable functional ingredients, and has been widely used as medicine and food since ancient times. Among its main chemical constituents, saponins play a vital role in the health benefits and biological activities including anti-cancer, antioxidant, immunomodulatory, anti-microbial, anti-inflammatory, and hypoglycemic. This review summarizes the preparation methods, structure and classification, biological functions, as well as the food and non-food applications of asparagus saponins, with a special emphasis on its anti-cancer effects in vitro and in vivo. Further, the main challenges and limitations of the current research trends in asparagus saponins are highlighted after a detailed analysis of the recent research information. This review bridges the gap between bioactive components and human health and aids current research on functional and health-promoting foods and medicinal application of Asparagus saponins. [ABSTRACT FROM AUTHOR]

A LED fish aggregation lamp is important equipment in the fishing industry, and it plays a role in attracting and gathering fish. To enhance the overall cooling performance of the lamp, reduce the chip temperature and the heat sink mass, and increase the lifetime of the lamp, we design and optimize the heat sink structure. The computational fluid dynamics (CFD) method is used to simulate the heat transfer performance of the heat sink, and three types of heat sink are analyzed. The results show that heat sink III is the most ideal. Then, an orthogonal experimental design (with four factors and four levels) is used to study the effects of the length, thickness, and spacing of the fins and the semicylinder spacing (four factors) on the cooling performance of the heat sink. When only the chip temperature is considered, the test data show that the optimal level combination is A4B4C2D4 (A, B, C, and D are four factors, and the numbers are the levels of each factor). When both the chip temperature and the heat sink mass are considered, the optimal level combination is A3B2C2D4. The results show that the combination A3B2C2D4 is the best when the maximum chip temperature is 66.49 °C and heat sink mass is 3.16 kg. [ABSTRACT FROM AUTHOR]