CodeWisdom 09月12日
新兴云计算范式中的软件可靠性
index_new5.html
../../../zaker_core/zaker_tpl_static/wap/tpl_guoji1.html

 

云系统可靠性一直是过去十年的一个重大挑战,由于普遍存在、不可避免的硬件故障、软件错误和配置错误。微服务和无服务器计算等新兴计算范式通过显着增加系统交互和依赖的复杂性以及新的故障域,进一步扩展了可靠性挑战。在这次演讲中,我将介绍我们通过软件测试、模型检查和形式验证来提高 Kubernetes 等云基础设施系统以及在其上运行的云原生应用程序可靠性的工作。具体来说,我将介绍用于系统地检查现有系统组件的安全性和活性属性的“一键”测试技术,并讨论构建具有已验证正确性属性的新组件,以实现真正可靠的云基础设施和系统的愿景。

🔬 软件可靠性是云系统持续面临的挑战,源于硬件故障、软件错误和配置错误。

🌐 新兴计算范式如微服务和无服务器计算增加了系统复杂性,引入了新的故障域,进一步加剧了可靠性问题。

🛠️ 演讲者将介绍通过软件测试、模型检查和形式验证来提高云基础设施系统(如 Kubernetes)及其上运行的云原生应用程序可靠性的研究成果。

🔍 具体将展示“一键”测试技术,用于系统地检查现有系统组件的安全性和活性属性。

🔧 讨论构建具有已验证正确性属性的新组件的潜力,以实现真正可靠的云基础设施和系统的愿景。

2025-08-13 14:53 吉林

报告时间:2025年8月15日(星期五)14:00,可线上腾讯会议参会。


报告人:

徐天音,助理教授,伊利诺伊大学厄巴纳-香槟分校



内容简介

TITLE

Software Reliability in Emerging Cloud Computing Paradigms

ABSTRACT

Cloud system reliability has been a grand challenge in the past decade due to prevalent, inevitable hardware faults, software bugs, and misconfigurations.Emerging computing paradigms such as microservices and serverless computing further expand reliability challenges by significantly increasing the complexity of system interactions and dependencies, with new failure domains. In this talk, I will present our work on improving the reliability of cloud infrastructure systems such as Kubernetes and cloud-native applications running atop them via software testing, model checking, and formal verification. Specifically, I will present push-button testing techniques for systematically checking safety and liveness properties of existing system components and discuss the promises of building new components with verified correctness properties towards a vision of truly reliable cloud infrastructures and systems.    


BIO

Tianyin Xu is an Assistant Professor of Computer Science at the University of Illinois Urbana-Champaign (UIUC). His research focuses on building reliable computer systems that empower next-generation cloud and datacenter computing. He has been on the UIUC List of Teachers Ranked as Excellent for nine times. His work received two OSDI Jay Lepreau Best Paper Awards, two ASPLOS Best Paper Awards, two SIGSOFT Distinguished Paper Awards, a Gilles Muller Best Artifact Award, a CACM Research Highlight, and a ICML Spotlight. He is also a recipient of the C.W. Gear Outstanding Junior Faculty Award, a Dean's Award for Excellence in Research, NSF CAREER Award, an Intel Rising Star Faculty Award, and a Facebook Distributed Systems Research Award.

时间安排

时间:

2025年8月15日(星期五) 14:00

地点:

复旦大学江湾校区交叉学科2号楼A2003

线上腾讯会议:
会议号:665-627-344

会议密码:031898

主办:复旦大学CodeWisdom团队

协办:上海市计算机学会软件工程专委会


阅读原文

跳转微信打开

Fish AI Reader

Fish AI Reader

AI辅助创作,多种专业模板,深度分析,高质量内容生成。从观点提取到深度思考,FishAI为您提供全方位的创作支持。新版本引入自定义参数,让您的创作更加个性化和精准。

FishAI

FishAI

鱼阅,AI 时代的下一个智能信息助手,助你摆脱信息焦虑

联系邮箱 441953276@qq.com

相关标签

软件可靠性 云计算 微服务 无服务器计算 模型检查 形式验证 Kubernetes 云原生应用
相关文章