智能方法论于穿戴设备上的应用

工业革命带来了工业大生产时代,也推动了科学、经济、政治的快速发展,随着我国国力的繁荣富强,以及人民的生活水平不断提高,科学技术的研究开发也得到了飞跃的发展。科技产业的发展,使科学技术不断的应用于日常生活用品中,科技产品也渐渐趋于平民化。智能方法论也就在这样的时代背景下走上了历史舞台。智能方法论的提出与研究推动了各个领域的智能化,虽然智能方法论至今未有一个准确的定论,但可以肯定的是,它促进了各种产品的智能化,特别是穿戴设备的智能化。正是智能方法论的运用让我们的生活充满智能化穿戴产品,放眼望去,不论是医疗健康、运动娱乐、安全防卫还是军事国防、五感能力延伸等,都离不开穿戴设备的智能化。

Engineering Design Optimization Based on Intelligent Response Surface Methodology

An intelligent response surface methodology (IRSM) was proposed to achieve the most competitive metal forming products, in which artificial intelligence technologies are introduced into the optimization process. It is used as simple and inexpensive replacement for computationally expensive simulation model. In IRSM, the optimal design space can be reduced greatly without any prior information about function distribution. Also, by identifying the approximation error region, new design points can be supplemented correspondingly to improve the response surface model effectively. The procedure is iterated until the accuracy reaches the desired threshold value. Thus, the global optimization can be performed based on this substitute model. Finally, we present an optimization design example about roll forming of a "U" channel product.

Mathematical Modeling and Computational Semiotics： Methodological Approach to Formalization of Semiotic Concepts

This paper aims to conduct a research on the state of the art of artificial intelligence techniques to investigate the relationships between cognitive actions addressed in steps of mathematical modeling and computational semiotics activities. It also briefly reviews the main techniques of artificial intelligence, with particular emphasis on intelligent systems techniques. Such analysis uses semiotic concepts in order to identify the use of new techniques for modeling intelligent systems through the integrated use of mathematical and computational tools. At last, once understood that semiotics can bring contributions to the study of intelligent systems, a methodology for modeling computational semiotics based on the semiotic concepts formalization extracted from the semiotic theory of Charles Sanders Peiree is proposed.

基于智能论视角下的博物馆设计创新性思考

信息技术、物联网、云技术等科学技术的日渐成熟,智能制造产业迅速发展,'智能化'已经成为当下不容忽视的一种趋势。智能手机成为'生活必需品',智能可穿戴设备也已不再新奇。智能家居、智能医疗等产业随着技术的进步日臻成熟,并且开始融入人们的日常生活,这些智能产业将会全面改变人类的生活方式。当'智能'这一概念应用于设计制造实践中时,又有哪些值得关注的'智能化'趋势?在此背景下,基于智能化在研究领域与设计制造的实践中的运用与指导,智能方法论应运而生。本文结合智能方法论,侧重阐述信息技术时代背景下,智能方法论在艺术设计各领域的具体运用,以及创新设计语境下智能玩具、智能景观、智能博物馆等概念和内涵,从而提出智能化视角下的艺术设计各领域的创新性设计思考方向。