2014 Image Science Gordon Research Conference

2014年图像科学戈登研究会议

基本信息

批准号：
8717188
负责人：
Richard G. Paxman
金额：
$ 1万
依托单位：
GORDON RESEARCH CONFERENCES
依托单位国家：
美国
项目类别：
财政年份：
2014
资助国家：
美国
起止时间：
2014-05-01 至 2015-04-30
项目状态：
已结题

来源：
https://reporter.nih.gov/project-details/8717188
关键词：
Academy Adoption Area Astronomy Cellular Structures Clinical Trials Code Collaborations Communication Communities Computer software Computing Methodologies Data Set Diagnostic Imaging Dimensions Disabled Persons Discipline Disease Distant Doctor of Philosophy Early Diagnosis Educational workshop Ensure Environment Evaluation Evaluation Methodology Fees Female Fostering Funding Future Galaxy Goals Image Image Analysis Imaging Device Imaging technology Information Systems International Measures Medical Imaging Medicine Mentors Methodology Methods Minority Modeling Patients Play Postdoctoral Fellow Public Health Publishing Rana Recruitment Activity Regimen Research Research Personnel Resources Risk-Taking Role Science Scientist Security Series Societies Solutions Source Students System Systems Development Time Training Treatment Efficacy United States National Institutes of Health Work abstracting base career college cost data sharing design dissemination research drug efficacy effective intervention follow-up frontier image guided intervention imaging modality improved innovation insight meetings multidisciplinary planetary Atmosphere posters preference public health relevance remote sensing research and development success symposium tool

项目摘要

DESCRIPTION (provided by applicant): The 2014 Gordon Research Conference (GRC) on Image Science will bring together an international community of imaging experts, young investigators, and students working in diverse imaging application areas to share new insights, developments and research progress in the unique open environment that is the hallmark of a GRC. Whereas the application areas seeking imaging solutions are broad and varied, including the study of everything from the structure of cells to the formation of distant galaxies, they are tied together by common technical issues related to the enormity of the data sets generated by modern imaging systems and the unique issues associated with the evaluation of imaging devices for their objective comparison and optimization. Image Science is now a science in its own right, rather than simply a tool to support other scientific endeavors. Image Science has its own principles and computational methods, such that all imaging modalities can be tied together via a common scientific framework. This new GRC meeting series is a follow- up to a National Academies Keck Future Initiative Conference held in November of 2010, which brought together imaging scientists to explore and build on interdisciplinary connections in cutting edge imaging research. The establishment of a Gordon Research Conference on Image Science will provide a sustained venue for this same purpose of bringing together imaging scientists across imaging disciplines to share ideas and solutions to the unique challenges associated with the design and evaluation of imaging systems that are shared across imaging application areas. The 2014 Image Science GRC is being organized jointly by Kyle J. Myers, PhD of the FDA and Richard G. Paxman, PhD of General Dynamics - Advanced Information Systems. It will be held June 8-13, 2014 at Stonehill College in Easton, MA. Distinguished speakers have been identified to present in nine sessions, each reflecting an important aspect of Image Science: 1) Methodologies and Observers for Objective Assessment of Image Quality; 2) Use of Object Models and Priors in Imaging; 3) Task- based Design of Imaging Systems; 4) Adaptive Imaging; 5) Extraction of Information from Multiple Time Points and Imaging Platforms; 6) Imaging in Four or More Dimensions; 7) Compressive and Coded Sensing Systems; 8) Image Science in Astronomy; 9) Unconventional imaging. The guiding principle of a Gordon Research Conference is to encourage communication and discussion of ideas and new unpublished results at the very frontier of the field. Thus it is expected that only unpublished research is presented (both orally and in poster sessions). To promote the discussion of cutting-edge research, GRCs are officially "off-the-record," with no abstracts or proceedings published before, during, or after the conference. This will be a unique and compelling aspect of this meeting, unlike any other in the imaging field. A primary goal of this meeting is to create opportunities and offer supportive mentoring opportunities for young investigators to enhance their research potential and likelihood of success.

描述（由申请人提供）：2014 年戈登图像科学研究会议 (GRC) 将汇集国际成像专家、年轻研究人员和从事不同成像应用领域的学生，分享该领域的新见解、发展和研究进展。独特的开放环境是GRC的标志。尽管寻求成像解决方案的应用领域广泛而多样，包括研究从细胞结构到遥远星系形成的所有事物，但它们因与现代成像系统生成的海量数据集相关的常见技术问题而联系在一起。以及与评估成像设备以进行客观比较和优化相关的独特问题。图像科学现在本身就是一门科学，而不仅仅是支持其他科学事业的工具。图像科学有自己的原理和计算方法，因此所有成像模式都可以通过通用的科学框架连接在一起。这个新的 GRC 会议系列是 2010 年 11 月举行的国家科学院凯克未来倡议会议的后续会议，该会议汇集了成像科学家，探索和建立尖端成像研究的跨学科联系。戈登图像科学研究会议的建立将为同一目的提供一个持续的场所，将跨成像学科的成像科学家聚集在一起，分享与跨成像共享的成像系统的设计和评估相关的独特挑战的想法和解决方案应用领域。 2014 年图像科学 GRC 由 FDA 博士 Kyle J. Myers 和 General Dynamics - Advanced Information Systems 博士 Richard G. Paxman 联合举办。会议将于 2014 年 6 月 8 日至 13 日在马萨诸塞州伊斯顿的斯通希尔学院举行。杰出演讲者已确定在九场会议上发表演讲，每场会议都反映了图像科学的一个重要方面：1) 图像质量客观评估的方法和观察者； 2）在成像中使用对象模型和先验； 3）基于任务的成像系统设计； 4）自适应成像； 5) 多个时间点和成像平台的信息提取； 6) 四维或更多维成像； 7）压缩和编码传感系统； 8）天文学图像科学； 9）非常规成像。戈登研究会议的指导原则是鼓励该领域最前沿的想法和新的未发表成果的交流和讨论。因此，预计仅呈现未发表的研究（口头和口头形式）和海报会议）。为了促进前沿研究的讨论，GRC 正式“不公开”，在会议之前、期间或之后不会发布任何摘要或会议记录。与成像领域的任何其他会议不同，这将是本次会议的一个独特且引人注目的方面。这次会议的主要目标是为年轻研究人员创造机会并提供支持性指导机会，以提高他们的研究潜力和成功的可能性。