International Conference on Computational Harmonic Analysis and Applications

计算谐波分析国际会议与第19届香克斯系列讲座同时举行，由Steve Smale担任香克斯演讲嘉宾。这次会议在影响基于计算谐波分析的科学和技术的发展，确定新的趋势，并提供与其他科学和工程学科的重要共同联系方面发挥着至关重要的作用。会议的重点是学习理论、计算数学以及在信号/图像处理、信息技术和生命科学中的应用等主题的最新发展。它旨在突出计算数学及其与跨学科研究领域的联系，并将研究人员和研究生聚集在一起，就计算谐波分析的各个方面进行深入讨论。计算调和分析是数学分析领域中一个新近建立的、仍在快速发展的领域。它一直为数学科学、自然科学和生命科学以及工程学的其他领域提供共同的联系和工具。具有广泛应用范围的新发展，如小波、框架、径向基函数、样条函数、曲线和曲面细分、采样和学习理论，都在计算调和分析中找到了它们的数学家园。在可预见的未来，这个跨学科研究的论坛有望继续下去。

The International Conference on Computational Harmonic Analysis is held in conjunction with the 19th Shanks Lecture Series, featuring Steve Smale as the Shanks speaker. This conference plays a crucial role in impacting developments of science and technology based on computational harmonic analysis, identifying new trends, and providing an important common link to other scientific and engineering disciplines at large. The emphasis of the conference is on the state-of-the-art developments on such topics as learning theory, computational mathematics, and applications to signal/image processing, information technology, and life sciences. It is intended to highlight computational mathematics and its connections with interdisciplinary research areas, and brings researchers and graduate students together for in-depth discussions on all aspects of computational harmonic analysis.The field of computational harmonic analysis is a recently established and still fast growing area of mathematical analysis. It has been providing common links and tools to other areas of mathematical sciences, natural and life sciences, and engineering. New developments with a very broad spectrum of applications, such aswavelets, frames, radial basis functions, spline functions, curve and surface subdivisions, sampling, and learning theory, have found their mathematical home in computational harmonic analysis. This forum for interdisciplinary research is expected to continue for the foreseeable future.