CCSW'20: 2020云计算安全研讨会

R. Sion, Yinqian Zhang
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引用次数: 0

摘要

云计算和大规模计算基础设施开始主导计算,并且在可预见的未来可能会继续这样做。主要的云计算运营商现在拥有数以百万计的核心,托管着企业和政府IT基础设施的很大一部分。CCSW是世界上首屈一指的论坛,汇集了以云为中心和外包计算的所有安全方面的研究人员和从业者,包括:侧信道攻击;用于云安全的实用加密协议;安全的云资源虚拟化机制;安全的数据管理外包(例如,数据库即服务);切合实际的外判私隐及诚信机制;以云为中心的威胁模型基础安全的计算外包;云中的远程认证机制;沙箱和基于虚拟机的执行;云中的信任和策略管理;安全身份管理机制;新的云感知web服务安全范式和机制;以云为中心的法规遵从性问题和机制;业务和安全风险模型和云;成本和可用性模型及其与云中的安全性的交互;全局规模云安全的可扩展性研究可信计算技术与云;远程认证和云保护软件的二进制分析云环境下的网络安全(DOS, IDS等)机制;新兴云编程模型的安全性;云安全的能源/成本/效率;云保护CCSW的机器学习特别鼓励上述列表之外的新范例和有争议的想法。在受云影响的计算安全敏感领域,该研讨会历来是创造性辩论和互动的沃土。今年是CCSW成立11周年。在过去的十年中,CCSW在我们的研究界产生了重大影响。截至2019年8月,在ACM CCS(包括CCSW)的谷歌Scholar Metrics条目中,排名前20位的论文中有20%来自CCSW。一种看待它的方式是,作者在CCSW中发表论文前20名的可能性与在CCS中一样高,甚至更高!今年,CCSW共收到40份投稿,其中12篇全文(30%)和5篇闪电式摘要被采纳。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CCSW'20: 2020 Cloud Computing Security Workshop
Clouds and massive-scale computing infrastructures are starting to dominate computing and will likely continue to do so for the foreseeable future. Major cloud operators are now comprising millions of cores hosting substantial fractions of corporate and government IT infrastructure. CCSW is the world's premier forum bringing together researchers and practitioners in all security aspects of cloud-centric and outsourced computing, including: Side channel attacks; Practical cryptographic protocols for cloud security; Secure cloud resource virtualization mechanisms; Secure data management outsourcing (e.g., database as a service); Practical privacy and integrity mechanisms for outsourcing; Foundations of cloud-centric threat models; Secure computation outsourcing; Remote attestation mechanisms in clouds; Sandboxing and VM-based enforcements; Trust and policy management in clouds; Secure identity management mechanisms; New cloud-aware web service security paradigms and mechanisms; Cloud-centric regulatory compliance issues and mechanisms; Business and security risk models and clouds; Cost and usability models and their interaction with security in clouds; Scalability of security in global-size clouds; Trusted computing technology and clouds; Binary analysis of software for remote attestation and cloud protection; Network security (DOS, IDS etc.) mechanisms for cloud contexts; Security for emerging cloud programming models; Energy/cost/efficiency of security in clouds; Machine learning for cloud protection CCSW especially encourages novel paradigms and controversial ideas that are not on the above list. The workshop has historically acted as a fertile ground for creative debate and interaction in security-sensitive areas of computing impacted by clouds. This year marked the 11th anniversary of CCSW. In the past decade, CCSW has had a significant impact in our research community. As of August 2019, in the Google Scholar Metrics entry for ACM CCS (which encompasses CCSW), 20% of the top 20 cited papers come from CCSW. One way to look at it is that authors are as likely or perhaps more likely to have a top-20 paper publishing in CCSW than in CCS! This year, CCSW received 40 submissions out of which 12 full papers (30%) and 5 blitz abstracts were accepted.
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