Inheritance and Innovation : A Study of the Animation Character Design Education Based on the Chinese Mythology

As the essential component of Chinese culture, Chinese mythology is the manifestation of ethnic heritage and epitome of 5000 years of history, which offers great resources and inspirations for animation creation and production. The design education is the base for the design of original animation. The educational model from traditional resources can not only exploit the innovative thinking but also dig deeply the core connotation of traditional culture aiming at aesthetic experience of the public, which can target the teaching practice integrating with art creation and market demand. Firstly, the study creates an animation mythological character design model according to the literature review to provide the operational theory for animation design education, which consists of three main parts: central idea, research method and conceptual model. Secondly, the research sums up the animation character creative process framework through the case of Shisa with the specific ideas of creative design. Four steps are used to design a mythological Character: set a scenario (Illustration), tell a story (Interpretation), write a script (Reaction), and design a character (Reflection). It has analyzed how to integrate the information about the mythology and stimulate the designers’ creative imagination in the animation character design in order to create the artworks with unique oriental charm.Theme II : Transnational Design in and around Asi

From Technological Design to Service Innovation : A Case Study of the Development of Design Education in Taiwan

In today’s competitive market, “innovation” serves as a competitive advantage allowing companies to dominate particular market segments. Service design has increased attention in the academic and business communities over the past decade. Based on the “Taiwan experience”, the purpose of this study is to explore the development of design education by integrating the difference between technological product design and the service innovation design. Two cases are expounded for the development of Taiwan design education in this article. One is the cover design of industrial design magazine which reflected the change of product design education from function, friendly, fun, fancy to feeling. The other case is the development of The National Taiwan University of Arts which being used as an example to illustrate how to link the service innovation design and cultural and creative industries through Our Museum, Our Studio and Our Factory respectively. The results showed that the development of Taiwan design education along with the economic development from OEM, ODM, to OBM that joins design, culture, creativities and economy, and further illustrates some implications through the cultural perspective.Theme II : Transnational Design in and around Asi

Computing Special LL-Values of Certain Modular Forms with Complex Multiplication

In this expository paper, we illustrate two explicit methods which lead to special $L$-values of certain modular forms admitting complex multiplication (CM), motivated in part by properties of $L$-functions obtained from Calabi-Yau manifolds defined over $\mathbb Q$

SORTING NEXIN 1 Functions in Plant Salt Stress Tolerance Through Changes of NO Accumulation by Regulating NO Synthase-Like Activity

Nitric oxide (NO) production via NO synthase (NOS) plays a vital role in plant tolerance to salt stress. However, the factor(s) regulating NOS-like activity in plant salt stress tolerance remains elusive. Here, we show that Arabidopsis SORTING NEXIN 1 (SNX1), which can restore H2O2-induced NO accumulation in yeast Δsnx4 mutant, functions in plant salt stress tolerance. Salt stress induced NO accumulation through promoted NOS-like activity in the wild type, but this induction was repressed in salt-stressed snx1-2 mutant with the mutation of SNX1 because NOS-like activity was inhibited in the mutant. Consistently, snx1-2 displayed reduced tolerance to high salinity with decreased survival rate compared with the wild type, and exogenous treatment with NO donor significantly rescued the hypersensitivity of the mutant to salt stress. In addition, the snx1-2 mutant with reduced NOS-like activity repressed the expression of stress-responsive genes, decreased proline accumulation and anti-oxidant ability compared with wild-type plants when subjected to salt stress. Taken together with our finding that salt induces the expression of SNX1, our results reveal that SNX1 plays a crucial role in plant salt stress tolerance by regulating NOS-like activity and thus NO accumulation

MeInfoText 2.0: gene methylation and cancer relation extraction from biomedical literature

<p>Abstract</p> <p>Background</p> <p>DNA methylation is regarded as a potential biomarker in the diagnosis and treatment of cancer. The relations between aberrant gene methylation and cancer development have been identified by a number of recent scientific studies. In a previous work, we used co-occurrences to mine those associations and compiled the MeInfoText 1.0 database. To reduce the amount of manual curation and improve the accuracy of relation extraction, we have now developed MeInfoText 2.0, which uses a machine learning-based approach to extract gene methylation-cancer relations.</p> <p>Description</p> <p>Two maximum entropy models are trained to predict if aberrant gene methylation is related to any type of cancer mentioned in the literature. After evaluation based on 10-fold cross-validation, the average precision/recall rates of the two models are 94.7/90.1 and 91.8/90% respectively. MeInfoText 2.0 provides the gene methylation profiles of different types of human cancer. The extracted relations with maximum probability, evidence sentences, and specific gene information are also retrievable. The database is available at <url>http://bws.iis.sinica.edu.tw:8081/MeInfoText2/</url>.</p> <p>Conclusion</p> <p>The previous version, MeInfoText, was developed by using association rules, whereas MeInfoText 2.0 is based on a new framework that combines machine learning, dictionary lookup and pattern matching for epigenetics information extraction. The results of experiments show that MeInfoText 2.0 outperforms existing tools in many respects. To the best of our knowledge, this is the first study that uses a hybrid approach to extract gene methylation-cancer relations. It is also the first attempt to develop a gene methylation and cancer relation corpus.</p