|
|
|
题名
|
作者
|
年代
|
出处
|
被引量
|
| 1 | AVO反演:求取岩石特性差异显示文摘业已证明,地震振幅及其随炮检距变化显著时,在好的远景圈闭勘探中具有较好的效果,与仅仅使用构造信息相比,它能显著地降低勘探风险。 | Mike Kelly 曾忠 阎世信 | 2002 | 勘探地球物理进展2002，25，4： | 4 |
| 2 | AVO inversion, part2: Isolating rock property contrasts 显示文摘 | Chuck Skidmore Mike Kelly Ray cotton | 2001 | The Leading Edge2001，20，4： | 1 |
| 3 | 用2.5D TSV实现多处理器SiP功能显示文摘本项目由Open-Silicon,GLOBALFOUNDRI ES和Amkor三家公司合作完成。两颗28nm的ARM处理器芯片,通过2.5D硅转接板实现集成。芯片的高性能集成通常由晶体管制程提高来实现,应用2.5D技术的Si P正成为传统芯片系统集成的有效替代。Open-Silicon负责芯片和硅转接板的设计,重点在于性能优化和成本降低。GLOBALFOUNDRI ES采用28nm超低能耗芯片工艺制造处理器芯片,而用65nm技术制造2.5D硅转接板。包括功耗优化和功能界面有效管理等概念得到验证。硅基板的高密度布线提供大量平行I/O,以实现高性能存储,并保持较低功耗。所开发的EDA设计参考流程可以用于优化2.5D设计。本文展示了如何将大颗芯片重新设计成较小的几颗芯片,通过2.5D硅转接板实现Si P系统集成,以降低成本,提高良率,增加设计灵活性和重复使用性,并减少开发风险。 | Deborah Patterson Mike Kelly Rick Reed Steve Eplett Zafer Kutlu Ramakanth Alapati | 2014 | 中国集成电路2014，23，11： | 1 |
| 4 | Learning Complex Se- quences : No Role for Observation 显示文摘 | Stephen W Kelly A Mike B | 2001 | Psychological Re- search Psychologische Forschung2001，65，1： | 1 |
| 5 | Detecting and Classifying Secondary Impacts in Door Closing Sound 显示文摘 | Mike Bloomer Barry Yang and Kelly Vandenbrink | 2005 | SAE2005，，： | 1 |
| 6 | 评估烟气量的卷烟滤嘴分析方法的验证显示文摘 | Mike DIXON Jim Sheppard Kelly St. Charles 时焦(译) | 2006 | 中国烟草学报2006，12，1： | 0 |
| 7 | Amkor的2.5D和HDFO封装-先进异构芯片封装解决方案显示文摘科技的大浪潮,正向人工智能、深度学习、云端计算、超级电脑等领域快速发展,而这些前沿技术都有一个共同特点,那就是超高性能的高速芯片(IC)。除了主芯片自身往更先进的工艺节点推进外,还可能与更高带宽的内存(High Bandwidth Memory,HBM),或更高传输速度的串行解串器(Serdes),或其它特定功能的芯片,整合成异构芯片封装(Heterogeneous Package),将整体效能推向极致。为了实现这样的功能,异构芯片集成的封装技术将扮演至关重要的角色。本文介绍由Amkor开发的封装技术平台,包括2.5D硅通孔(TSV)介质层(Interposer)、基板上芯片(CoS)、晶圆上芯片(CoW)、高密度扇出型封装(HDFO),以及电子设计自动化(EDA)设计流程和测试解决方案。为了达到大规模生产此类先进封装的能力,文章还将介绍最先进的高洁净度高自动化封装工厂K5,以高技术和高质量帮助客户实现其高速性能的目标。 | 李吕祝 Mike Kelly | 2018 | 中国集成电路2018，27，12： | 0 |
| 8 | 不同种硅穿孔的结构介绍及各自的优缺点分析显示文摘当今快速增加的半导体器件互连正在驱使系统需求朝更小的尺寸,更高速的数据传输率,更佳的信号完整性以及更高的存储带宽发展,这也对系统的热特性提出了更高要求。与之而来的问题是,相较于单纯的缩小芯片以及传统的2D封装技术而言,这样的技术演进带来了成本的提高。 | paul silvestri rama alapati mike kelly | 2017 | 中国集成电路2017，26，5： | 0 |
| 9 | An ecosystem-based approach to marine risk assessment显示文摘Risk assessments quantify the probability of undesirable events along with their consequences.They are used to prioritize management interventions and assess tradeoffs,serving as an essential component of ecosystem-based management(EBM).A central objective of most risk assessments for conservation and management is to characterize uncertainty and impacts associated with one or more pressures of interest.Risk assessments have been used in marine resource management to help evaluate the risk of environmental,ecological,and anthropogenic pressures on species or habitats including for data-poor fisheries management(e.g.,toxicity,probability of extinction,habitat alteration impacts).Traditionally,marine risk assessments focused on singular pressure-response relationships,but recent advancements have included use of risk assessments in an EBM context,providing a method for evaluating the cumulative impacts of multiple pressures on multiple ecosystem components.Here,we describe a conceptual framework for ecosystem risk assessment(ERA),highlighting its role in operationalizing EBM,with specific attention to ocean management considerations.This framework builds on the ecotoxicological and conservation literature on risk assessment and includes recent advances that focus on risks posed by fishing to marine ecosystems.We review how examples of ERAs from the United States fit into this framework,explore the variety of analytical approaches that have been used to conduct ERAs,and assess the challenges and data gaps that remain.This review discusses future prospects for ERAs as EBM decision-support tools,their expanded role in integrated ecosystem assessments,and the development of next-generation risk assessments for coupled natural-human systems. | Kirstin Holsman Jameal Samhouri Geoffrey Cook Elliott Hazen Erik Olsen Maria Dillard Stephen Kasperski Sarah Gaichas Christopher R.Kelble Mike Fogarty Kelly Andrews | 2017 | Ecosystem Health and Sustainability2017，3，1： | 0 |
您所在的机构暂未开通此部分的功能，请联系管理员