报告时间：2018 年 5 月 15 日（周二）上午 9:00
地点：实验十五楼 317 室
学术报告：Structuring Functional Safety and IT-Security in Automation
报告人：Frank Schiller 教授，德国倍福自动化有限公司
摘要：
With the growing number of attacks on automation systems, security is an important issue.
Safety measures and security measures apply different algorithms to achieve different goals, and their
interaction may lead to mutual interference. In a first step, safety function and operation function are
distinguished in order to assign security goals separately. This distinction is the base of an efficient
combination of safety algorithms and security algorithms for their application in e.g. communication
for automation. We propose different views on models enabling efficient analysis of the interference
between safety algorithms and security algorithms. The analysis leads to a suitable architecture, where
security algorithms do not affect the existing fail‐safe communication error models. The part of the
security measures, which have to be included in the certification process under safety criteria can be
designed to be minimal.
报告人介绍：
Prof. Frank Schiller, 席勒 法兰克 教授
studied Electrical Engineering from 1987 to 1992 at TU Dresden
PhD student from 1992 to 1997 at TU Hamburg‐Harburg
o subject: fault diagnosis based on qualitative models
o Control Theory / Artificial Intelligence
employee at SIEMENS from 1997 to 2004
o Corporate Research (fault diagnosis)
o Siemens TTB, Berkeley, U.S.A. (programming automation by demonstration)
o Automation & Drives Division, Research and Development (fault tolerance, highly
available and fail‐safe systems, fail‐safe communication, fail‐safe PLC)
Professor for Automation at TU München from 2004 to 2011
o modeling and simulation, safe and reliable mechatronics
o fail‐safe communication, fail‐safe data processing, ...
Head of Scientific Safety & Security at Beckhoff Automation since March 2011
o safe and secure communication
o fail‐safe Industrial PC, secure components
o member of several national and international committees for standardization