NSF Student Travel Grant for 2018 GRC on Scientific Methods in Cultural Heritage Research (SMCHR 2018)

技术艺术史是艺术史和保护研究中的一个新的分支学科，它应用科学和技术来理解和保护艺术品。仅在过去的十年里，这个社区才开始将图像处理和计算科学与其他科学和技术学科（如化学、材料科学、物理学、成像技术和树木年代学）相结合，在技术艺术史的日益专业化中融合在一起。2018年7月22日至27日，主题为“数据科学、退化科学和文化遗产保护策略的前沿应用”的第四届戈登文化遗产科学方法研究会议将在西班牙卡斯特德菲尔斯举行。该奖项旨在支持美国大学具有工程和科学背景的研究生，包括成像科学与技术、数字信号/图像处理或计算机科学方面的应用专业知识，参加2018年戈登文化遗产研究科学方法研究会议。将电子工程和计算机科学的数字信号/图像处理和相关专业知识纳入技术艺术史的基础，有助于使艺术史与新兴的数字人文学科保持一致。从文字到图像的扩展是数字人文学科的活跃前沿。技术艺术史中计算部分的进步，即计算艺术史，很可能产生“技术转移”到处理图像和物体的数字人文学科的其他分支。这些新开放的数字图像处理跨学科应用的潜力，提出了新的技术挑战，通过帮助包括-特别是年轻的-数字图像处理专家在这一技术艺术史的新领域的基础建设时期。另一个好处是，技术艺术史研究的扩大带来了公众对科学和技术的接触，这一点在最近将技术信息及其基于计算机的可视化纳入博物馆展览的兴起中得到了体现。对于工程、应用数学、计算机科学和其他科学领域的学生来说，这是一个无与伦比的机会，可以参与这个年轻领域的努力，将他们的图像处理和计算科学技能结合起来。他们在这次会议上的出现也将增加对计算方法在未来技术艺术史中可行性的认识。学生与领域专家建立的联系对双方来说都是无价之宝。该奖项反映了美国国家科学基金会的法定使命，并通过使用基金会的知识价值和更广泛的影响审查标准进行评估，被认为值得支持。

Technical art history is a new sub-discipline within art historical and conservation research that applies science and technology to the understanding and preservation of art objects. Only over the last decade has this community begun to accord image processing and computational science the status of a principal partner among the other scientific and technological disciplines,such as chemistry, materials science, physics, imaging technology, and dendrochronology, blended together in the growing specialization of technical art history. From July 22 to 27, 2018, the 4th Gordon Research Conference on Scientific Methods in Cultural Heritage Research with the theme "Leading Edge Applications of Data Science, Degradation Science, and Conservation Strategies for Cultural Heritage" will take place in Castelldefels, Spain. This award is to support graduate students at US universities with backgrounds in engineering and science that include applicable expertise in imaging science and technology, digital signal/image processing, or computer science - to attend the 2018 Gordon Research Conference on Scientific Methods in Cultural Heritage Research.The inclusion of digital signal/image processing and related expertise from electrical engineering and computer science in the foundation of technical art history helps align art history with the burgeoning digital humanities. The expansion from words to images is an active frontier in the digital humanities. Advances in the computational component of technical art history, i.e. computational art history, are very likely to spawn "technology transfer" to other branches of the digital humanities dealing with images and objects. The potential for these newly opened cross-disciplinary applications of digital image processing to raise new technical challenges is heightened by aiding the inclusion of - particularly young - digital image processing specialists in the foundation-building period of this new field of technical art history. Another benefit arises with the public's exposure to science and technology brought on by the expansion of technical art history research evident in the recent upswing in the incorporation of technical information and their computer-based visualizations into museum exhibitions. This is an unparalleled opportunity for students in engineering, applied mathematics, computer science, and other sciences to be present at the beginning of this young field's effort to incorporate their image processing and computational science skills. Their presence at this conference will also add to the perception of viability of computational methods in the future of technical art history. The connections the students make with domain experts with the potential for future collaboration are priceless to both sides.This award reflects NSF's statutory mission and has been deemed worthy of support through evaluation using the Foundation's intellectual merit and broader impacts review criteria.