服装设计专业毕业设计外文翻译 精品

服装设计中的计算机辅助方法三维计算机辅助设计（CAD ）技术正逐渐扩散到服装的设计和制造应用领域。目前，服装行业普遍使用的二维CAD工具。预计，三维设计工具，将成为未来服装行业中不断发展的技术。服装产品的设计的基本问题是合体性的问题以及相关的二维图形生成的问题。最终目标是设计和生产非常合体的个性化服装，而三维方法是通过努力可以实现这一目标的最合理的办法。三维方法包括几个关键因素：其中包括参数化三维人体模型;三维服装模拟;三维图案设计，并3D/2D模型转换。

做这个课题的目的是提供一个平台，供研究人员回顾过去的技术发展，并为今后研究三维服装设计方法找出可能的方向。这里选择了题目相关的五篇论文，为服装行业提供三维应用程序发展的背景和技术。第一份文件是一个粗略的审查织物仿真技术，该技术奠定了基础的三维服装设计。接下来的三篇论文详细介绍了虚拟的环境中的三维服装设计。最后一篇介绍了将三维服装转换为二维样板的新技术。

第一篇论文是从Choi and Ko得到的，有关织物仿真研究问题。作为一项服装设计和修改的基本技术，物理为基础的织物仿真技术被用来产生织物运动的逼真效果。这篇论文介绍了织物仿真技术的三个方面：（1）服装结构; （2）基于物理的模拟，和（3）碰撞检测和响应。所面临的技术挑战，即创造更多的实际成果;实现更快的运行时间，制造/模拟更为复杂的服装，是需要进一步研究的突出问题。

V olino等在第二篇论文中提出的，是一个框架，它符合服装行业虚拟服装设计和原型制作的需要。他们的做法集中在交互设计，模拟和可视化功能。作为先进的虚拟服装仿真技术在过去十年中的总结，本文中介绍的框架集成了国家最先进的具有创新设计工具的物理模拟算法，提供高效率和高质量的服装设计和原型制作程序。

第三篇论文介绍了一个综合的环境，这使得设计师能够通过分析服装虚拟原型和仿真结果验证他们的风格和设计方案，因此，物理原型的数量和作用会减少。和上一篇论文中提到的一样，本文介绍的服装虚拟原型的制作方法也是以物理为基础的。他们能够建立模型确定各向异性织物的经纬向性能。牛顿动力学的限制

适用于网格，以确定最后形成的合体服装的形状。本文中提到的通过应用研究和对几个男女性服装项目中CAD建模和物理模拟的分析，用来证明他们的系统功能。

在第四篇论文中，作者提出了一种同步三维服装仿真结果更新算法，用于二维服装纸样设计的修改。用这种做法，对二维模式的修改无须每次重复整个三维服装合体性仿真，样板修改过程的效率被大幅度提升了。该算法的另一个优势是，二维服装纸样的网格拓扑结构被保存，从而通过保持矩阵方程一致性简化了数值格式。

为了把用户制作的三维服装转变成良好的二维板式，麦卡特尼等人在第五篇论文中介绍了一种方法。他们的算法，通过采用一个正交应变模型来转换锁定在不可更新的能量函数中的应变值。这些能源函数通过平坦约束三角网格被尽量减少。因为他们的应变模型各向异性，其方法可以处理正交异性材料的平坦问题，这对服装生产中三维模式转变为二维模式是非常重要的。他们的论文中也考虑了接缝插入问题。

在这里，我们要感谢对这些论文提供了宝贵的意见和见解的审评者。这些论文表明，三维CAD技术在服装设计中正在迅速成熟，将成为弥补学术研究和商业应用在设计和制造服装产品中差距的桥梁。尽管仍有物理模拟、碰撞检测、3D/2D转换、高效的设计界面领域的技术需要改善，但是我们希望这一复杂的服装设计任务可以通过CAD系统在不久的将来完成。

CAD methods in garment design Three dimensional Computer-Aided-Design (CAD) technology is gradually diffusing into the garment design and manufacturing applications. At present, the apparel industry widely uses two-dimensional CAD tools. It is anticipated that three-dimensional design tools will be the next evolving technology for the apparel industry. The basic problems in apparel products design are the fitting problem and the related 2D-pattern generation problem. The ultimate goal is to design and produce well-fitted personalized garments for individuals, and the 3D approach is the most

rational approach to be adopted to realize this goal. The 3Dapproach consists of several key elements, which include parameterized 3D-mannequin modeling; 3D-garment simulation;3D-pattern design, and 3D/2D-pattern conversion.

The aim of this special issue is to provide a forum for researchers to review the past developments, and to identify possible directions for future research on 3D-approaches to garment design. The five papers selected for this special issue provide background and techniques for 3D-applications in the apparel industry. The first paper serves as a cursory review of cloth simulation technology which lays the foundation of 3D-garment design. The following three papers show techniques for 3D-garment design in a virtual environment. The last paper in this special issue gives a novel technique to convert 3D-garment pieces into corresponding two patterns.

The first paper is a review paper from Choi and Ko on research problems in cloth simulation. As a fundamental technique for the design and modification of apparel items, the physics-based cloth simulation technique is used to generate realistic cloth motion in real-time. Three technical aspects of cloth simulation are reviewed in this paper: (1)garment construction; (2) physically based simulation, and(3) collision detection and response. The technical challenges, namely creating more realistic results; achieving faster running time, and constructing/simulating more complex garments, are highlighted as the problems requiring further research.

Presented in the second paper by V olino et al. is a framework which fits the needs of the apparel industry for virtual garment design and prototyping. Their approach concentrates on interactive design, simulation and visualization features. As a result of the advances in virtual garment simulation technologies in the last decade, the framework presented in this paper integrates the state-of-the- art physical simulation algorithms with the innovative design tools to provide an efficient and quality garment design and prototyping procedure.

The third paper describes an integrated environment, which allows designers to validate their style and design options through the analysis of garment virtual prototypes and simulation results, so that the number and role of physical prototypes are reduced. In line with the previous paper, the garment virtual prototyping method

presented in this paper is also physics-based. They define the particle mesh associated with each fabric panel as a structured 2Dgrid whose coordinates aligned with the directional anisotropic warp and weft properties of the fabric. The constrained Newtonian dynamics is applied to the mesh to determine the final shape of a fitted garment. Applications and case studies, with analysis of CAD modeling and physical simulation results of several male and female garment items, are shown in the paper to demonstrate the functionality of their system.

In the fourth paper, a synchronous 3D-garment simulation result updating algorithm is presented for 2D-garment pattern design modification. With this approach, the 3Dgarment fitting simulation is not required to repeat the entire simulation for every 2D-pattern modification, the efficiency of the pattern modification processing is greatly enhanced. Another advantage of the proposed algorithm is that the mesh topology of the 2D-garment pattern is preserved and thus simplifies the numerical scheme by maintaining the consistency of the matrix equation.

In order to determine good fitting two-dimensional flattened patterns from user defined three-dimensional surface regions, an approach is presented by McCartneyet al. in the fifth paper. In their algorithm, an orthotropic strain model is adopted to convert the strain values locked in undevelopable regions to energy functions. These energy functions are minimized by flattening of constrained triangular mesh. Since their strain model is orthotropic, their method can handle the flattening problem of orthotropic materials—this is very important for converting 3D-pieces into 2D-patterns for apparel manufacturing. The seam insertion problems are also considered in their paper.

Here, we would like to thank the reviewers who provided valuable comments and insights for all papers in this special issue. The papers in the special issue indicate that the 3D CAD approach in garment design is fast approach maturity that will bridge the gap between academic research and commercial application in the design and manufacturing of apparel products. There still remains improvement in the areas of physics-based simulation, collision detection, 3D/2D-conversion, and effective

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【参考文献翻译】服装设计中独特性的表达.doc

英文翻译： The unique expression in fashion design Abstract: With the social progress and people's aesthetic awareness, clothing design requirements are constantly changing, not only beautiful, comfortable, personalized for different purposes, and more and more people started to pay attention the unique design of the clothing. unique expression of the clothing design has something in common, in common, there are three factors most typical one of the means of the use of the plastic arts; is to follow the basic rules of the plastic arts; the pursuit of art content and beauty of form harmony and unity. The face of increasingly fierce competition in society, from clothing unique starting to play to their strengths, so that the costume design perfected. Key words: aesthetic sense; costume design; uniqueness; expression Introduction With the rich substance of social development, improved quality of life, the pursuit of unique clothing is also more than plus strong, the face of the popularity and unity to the mass production of clothing has become a problem to be solved in order to fashion designers. An important design point, then become a unique expression of the costume design costume design costume design unique refers to the characteristics of the presentation of the representative from the clothing on the whole, it is unique content and form unity. China fashion design unique expression as a complete system of disciplines to study the ancient times to now there, but the uniqueness of expression in fashion design is not perfect, therefore, the uniqueness of this study fashion design to express Modern fashion design is of great significance. 1. The unique overview of clothing In short, The unique nature of the clothing is the clothing unique. In a broad sense refers to the presentation of the representative characteristics from the whole of the clothing works, it is one of the unique form and the objectivity of the unity of the unity of content, costume designer on the subjective aspect of creative and clothing subject matter difficult to find words to express, but it is not difficult to make us feel unique style. The unique nature of the clothing, but also refers to the values, artistic characteristics and inherent character of a nation, an era, a genre or a person's clothing in the content and format of the show out. The unique nature of the appearance of the mind, the pursuit of the realm of fashion design in the final analysis is unique in design and positioning, the unique expression of the costume design also reflects the designer's unique creative thinking and the pursuit of art also reflects the distinctive character.

美国纺织品和服装产业的贸易大学毕业论文英文文献翻译及原文

毕业设计（论文） 外文文献翻译 文献、资料中文题目：美国纺织品和服装产业的贸易 自由化和战略调整模式 文献、资料英文题目：Trade liberalization and patterns of strategic adjustment in the US textiles and clothing industry 文献、资料来源： 文献、资料发表（出版）日期： 院（部）： 专业： 班级： 姓名： 学号： 指导教师： 翻译日期： 2017.02.14

外文文献： Trade liberalization and patterns of strategic adjustment in the US textiles and clothing industry Belay Seyoum U.S.A. International Business Review，Issue 16 ,2007 Belay Seyoum Nova Southeastern University, 3301 College Avenue, Ft. Lauderdale, FL 33314, USA Received 2 December 2005; received in revised form 17 April 2006, 11 October 2006, 23November 2006; accepted13 December 2006. The overall environment facing the US TC industry will be one of rapidly changing market conditions and technological innovation. With the phase out of quotas and growing number of trade agreements, the US TC industry is being exposed to intense competition in export and domestic markets. This is likely to lead domestic industries/labor to demand intervention by national governments to mitigate the adverse impact of trade liberalization (Standbury & Vertinksy, 2004). In spite of the substantial job losses, the US TC industry remains technologically advanced partly due to increased productivity resulting from advances in technology and design capabilities. Textile production is capital intensive and modern technology is essential to meet the increasing for high-quality products. Over the last few years, US textiles and apparel firms have substantially increased their investment to maintain modern manufacturing facilities as well as improve production and marketing capabilities in order to maximize their inherent advantages to market proximity. In apparel, low skill production jobs have moved to low-cost locations offshore while the more skilled one shave been retained. To successfully adapt to the new environment, US TC industries need to capitalize on their sources of competitive advantage. They need to develop a more flexible operational arrangement, meet high standards in product innovation and generally develop a more change-seeking business culture (Kilduff, 2005). An important survival tool for US TC firms is to expand their potential market by offering new product designs and product categories. Manufacturers must try to bring a steady stream of products to market that are in line with the taste, preferences of the consumer. They can also expand their market potential by offering new product categories. Two of the fastest growing apparel segments in the US, for example, have been the women’s plus and men’s big and tall segments (Driscoll, 2004). Plus-size apparel marketing was estimated at $47 billion in 2005 accounting for 20% of total apparel market. It is important to identify the firm’s target customers and assess whether the firm is successfully addressing their needs. US TC firms should target a narrow segment of the market that provides the best opportunity for success. In textiles, the focus should be on a few specialized segments such as carpets, nonwovens and technical textiles. Similarly, apparel producers should increase their focus on core products, reduce vertical integration to shed overhead costs, and establish alliances with other firms to consolidate resources and increase market share. Finally, in view of rising incomes and high growth rates in many developing countries such as China, Brazil, and India, there are potential export market opportunities for US textile and apparel products. US export interests may be served by seeking improved access to the retail distribution systems of developing countries. US textile firms should also be able to use Mexico to export to the European Union and other countries, taking advantage of the Mexico-EU trade agreement. Since the conclusion of NAFTA, a number

电子信息工程专业毕业论文外文翻译中英文对照翻译

本科毕业设计（论文）中英文对照翻译 院（系部）电气工程与自动化 专业名称电子信息工程 年级班级 04级7班 学生姓名 指导老师

Infrared Remote Control System Abstract Red outside data correspondence the technique be currently within the scope of world drive extensive usage of a kind of wireless conjunction technique,drive numerous hardware and software platform support. Red outside the transceiver product have cost low, small scaled turn, the baud rate be quick, point to point SSL, be free from electromagnetism thousand Raos etc.characteristics, can realization information at dissimilarity of the product fast, convenience, safely exchange and transmission, at short distance wireless deliver aspect to own very obvious of advantage.Along with red outside the data deliver a technique more and more mature, the cost descend, red outside the transceiver necessarily will get at the short distance communication realm more extensive of application. The purpose that design this system is transmit cu stomer’s operation information with infrared rays for transmit media, then demodulate original signal with receive circuit. It use coding chip to modulate signal and use decoding chip to demodulate signal. The coding chip is PT2262 and decoding chip is PT2272. Both chips are made in Taiwan. Main work principle is that we provide to input the information for the PT2262 with coding keyboard. The input information was coded by PT2262 and loading to high frequent load wave whose frequent is 38 kHz, then modulate infrared transmit dioxide and radiate space outside when it attian enough power. The receive circuit receive the signal and demodulate original information. The original signal was decoded by PT2272, so as to drive some circuit to accomplish