Life Science Systems and Applications Workshop

生命科学系统和应用研讨会

• 批准号: 7650305
• 负责人: STEPHEN TC WONG
• 金额: $ 1.98万
• 依托单位: METHODIST HOSPITAL RESEARCH INSTITUTE
• 依托单位国家: 美国
• 财政年份: 2007
• 资助国家: 美国
• 起止时间: 2007-06-15 至 2012-06-14
• 项目状态: 已结题
• 来源: https://reporter.nih.gov/project-details/7650305
• 关键词: Area; Automation; Awareness; Bioinformatics; Biological Sciences; Clinical; Collaborations; Communities; Computers; Discipline; Educational workshop; Engineering; Fertilization; Fostering; Goals; Health system; Informatics; Information Technology; Medical Imaging; Multimedia; Nanotechnology; Neurosciences; Play; Public Health; Research; Research Personnel; Role; Science; Scientist; Societies; System; Techniques; Technology; advanced system; drug discovery; frontier; instrument; interdisciplinary collaboration; member; multidisciplinary; nanoelectronics; relating to nervous system; submicron; success; translational medicine

DESCRIPTION (provided by applicant): The IEEE Life Science Systems and Application (LSSA) workshop is sponsored by IEEE Circuits and Systems Society, the oldest society within IEEE, whose 20,000 members are in the fore-front research of various important information technology areas, such as nanotechnology/nanoelectronics and circuits/systems for different applications. The success of the society in advancing the technology frontier has been demonstrated in the past in a number of critical areas such as submicron technology, microelectronic circuitry, multimedia technology, medical imaging, etc. Advanced systems and applications in life sciences are intensely interdisciplinary fields that offer exemplary possibilities for the cross-fertilization of ideas between several disciplines: public health, systems on chip, bioinformatics, drug discovery, translational medicine, medical imaging and neural science. It is increasingly recognized that circuits and systems play a critical role in life sciences informatics and engineering research. However, the circuits/systems communities are unprepared to take on the numerous challenges that this area presents. A near absence of dialogue among computer engineers, information technology, biologists and clinical scientists necessitates the establishment of a forum where an interchange of ideas from these diverse areas can take place. This urgent scientific need has led us to plan a concerted and proactive effort to inform, and educate researchers and to initiate new opportunities for interdisciplinary collaboration in the form of a workshop. The aims of this workshop are: (1) to provide a forum for presenting new advancements in systems and applications in emerging life science applications, as well as exchanging new ideas and advancements among fellow engineers to stimulate multidisciplinary and collaborative research in the life science systems and applications; (2) to foster beneficial interaction between scientists and engineers to facilitate identification of potential areas for research and collaboration between the life science and systems engineering communities, and to create new techniques and instruments usable for the broad life science community; (3) to promote awareness of the emerging field of life science systems and applications in the circuits and systems communities, and to further stimulate multidisciplinary and collaborative research in these areas. To achieve these goals, this workshop will consist of both invited sessions and contributed sessions. Invited speakers will give tutorial talks on the general area of life science systems and applications. In addition, we will have special sessions for the broad life science application domain, e.g., neuroscience, public health, drug discovery, and life science technologies including medical imaging, biochips, and life science automation. With the carefully planned invited sessions and contributed sessions, especially the tutorial components and special sessions for the emerging fields, we believe the success of LSSA Workshop will be well warranted.

描述（由申请人提供）： IEEE生命科学系统和应用（LSSA）研讨会由IEEE赞助 电路和系统社会是IEEE中最古老的社会，其20,000名成员正在对各种重要信息技术领域的前期研究，例如 用于不同应用的纳米技术/纳米电子和电路/系统。成功的成功 过去已经证明了发展技术前沿的社会 关键领域，例如亚微米技术，微电子电路，多媒体技术， 医学成像等 生命科学中的先进系统和应用是强烈的跨学科领域，为几个学科之间的思想交叉剥夺提供了典范的可能性：公共卫生，芯片，生物信息学，药物发现，转化医学，医学成像和神经科学。人们越来越认识到，电路和系统在生命科学信息学和工程研究中起着至关重要的作用。但是，电路/系统社区没有准备好应对该领域带来的众多挑战。计算机工程师，信息技术，生物学家和临床科学家之间几乎没有对话，就必须建立一个论坛，在该论坛上可以进行这些不同领域的想法的交流。 这种紧急的科学需求使我们计划了一致和积极主动的努力，以告知和教育研究人员，并以研讨会的形式为跨学科合作提供新的机会。该研讨会的目的是：（1）提供一个论坛，以介绍新兴生命科学应用程序中的系统和应用的新进步，以及在工程师之间交换新思想和进步，以刺激生命科学系统和应用程序中的多学科和协作研究； （2）促进科学家与工程师之间的有益互动，以促进生命科学和系统工程社区之间的研究和协作领域的识别，并创建可用于广泛生命科学界的新技术和工具； （3）提高人们对电路和系统社区中生命科学系统和应用的新兴领域的认识，并进一步刺激这些领域的多学科和协作研究。 为了实现这些目标，该研讨会将包括受邀的会议和贡献。受邀演讲者将就生命科学系统和应用的一般领域进行教程谈判。此外，我们还将为广泛的生活科学应用领域举办特别会议，例如神经科学，公共卫生，药物发现和生命科学技术，包括医学成像，生物芯片和生命科学自动化。通过精心计划的邀请会议和贡献会议，尤其是针对新兴领域的教程组件和特殊会议，我们相信LSSA研讨会的成功将得到充分保证。