Copper Mountain Conferences on Iterative Methods

迭代方法铜山会议，科罗拉多州铜山，2014年4月6日-4月11日。这项提议的目的是支持20名学生和10名女性、博士后、少数民族和残疾人参加2014年铜山迭代方法会议。本系列课程始于1983年，在多重网格法(奇数年)和迭代法(偶数年)之间交替进行，在这两个项目中都有大量的重叠并不断增加，是在这两个密切相关的领域交流思想的重要论坛。会议将继续促进学生高水平参与的既定传统，并加大努力促进在数学科学中代表性不足的群体成员的参与。该提议将支持这些团体的旅行和当地费用，建立一个没有受邀演讲者和所有演讲长度相等的平等主义结构，继续组织教程和主题晚间研讨会，并鼓励来自学术界、国家实验室和行业的广泛参与者代表。迭代方法和多层次算法对于开发所有科学技术领域的高效模拟至关重要。该系列会议涉及这些方法的所有方面，包括传统的汇聚分析技术、数学软件的实施和开发，以及在新的环境中使用这种思想，包括先进的计算机体系结构和新的应用。在以往成功的基础上，该计划将在招收学生、女性和少数族裔参与者方面发挥积极作用。这种支持将对科学和技术产生重大影响，因为对于在这些重要领域进行的许多模拟，迭代求解器控制着总体计算时间和约束能力。随着模拟的复杂性不断增加，对更有效的解算器的需求变得越来越迫切。这次会议将促进高效迭代求解器的开发，并将其传播给工业和国家实验室的用户。此外，学生和其他年轻科学家的持续高水平参与将创建和培养一个欢迎进入该领域的研究人员和从业人员社区。会议网站page:http://grandmaster.colorado.edu/~copper/2014/

Copper Mountain Conference on Iterative Methods, Copper Mountain, Colorado, April 6 -- April 11, 2014. The purpose of this proposal is to support the participation of 20 students and 10 women, post docs, minorities, and disabled in the 2014 Copper Mountain Conference on Iterative Methods. Begun in 1983 and alternating between Multigrid Methods (odd-numbered years) and Iterative Methods (even-numbered years), with substantial and growing overlap in both programs, this series is an important forum for exchange of ideas in these two closely related fields. The meeting will continue to promote the established tradition of a very high level of student participation and to increase efforts to promote participation by members of groups underrepresented in the mathematical sciences. The proposal is to support travel and local expenses for these groups, to foster an egalitarian structure with no invited speakers and all talks of equal length, to continue to organize tutorials and themed evening workshops, and to encourage broad representation of participants from academia, national labs, and industry.Iterative methods and multilevel algorithms are of critical importance for the development of efficient simulations in all domains of science and technology. The conference series is concerned with all aspects of these methods, including traditional techniques of convergence analysis, implementation and development of mathematical software, and use of such ideas in new settings, including advanced computer architectures and new applications. Building on previous success, the plan is to take a proactive role in recruiting students and female and minority participants. This support will have significant impact on science and technology because, for many simulations performed in these important fields, iterative solvers dominate overall calculation time and constrain capabilities. As simulations continue to grow in complexity, the need for more effective solvers becomes increasingly acute. This conference will facilitate the development of efficient iterative solvers and their dissemination to users in industry and national labs. Moreover, the continued high level of participation of students and other young scientists will create and nurture a community of researchers and practitioners who are welcomed to the field.Conference web page:http://grandmaster.colorado.edu/~copper/2014/