civilinfrastructureplatform:cipconferences:cipms2019
Differences
This shows you the differences between two versions of the page.
| Both sides previous revision Previous revision Next revision | Previous revision | ||
|
civilinfrastructureplatform:cipconferences:cipms2019 [2019/12/04 23:10] yoshi [Time table] |
civilinfrastructureplatform:cipconferences:cipms2019 [2020/01/15 04:46] (current) yoshi [Time table] |
||
|---|---|---|---|
| Line 40: | Line 40: | ||
| ^ 08:00-08:15 (15min) | <preparation> |||| | ^ 08:00-08:15 (15min) | <preparation> |||| | ||
| ^ 08:15-08:30 (15min) | State of CIP project | This session will feature an overview of CIP activities and its collaborative efforts. | Yoshitake Kobayashi and Urs Gleim | {{civilinfrastructureplatform:cipconferences:2019-10-31-cip-minisummit.pdf|Slide}} | | ^ 08:15-08:30 (15min) | State of CIP project | This session will feature an overview of CIP activities and its collaborative efforts. | Yoshitake Kobayashi and Urs Gleim | {{civilinfrastructureplatform:cipconferences:2019-10-31-cip-minisummit.pdf|Slide}} | | ||
| - | ^ 08:30-08:50 (20min) | CIP @ Siemens Mobility | In this talk we want to show the most important use cases of the Civil Infrastructure Platform for our Rail Automation business. Further we look into the security enhancements for SL-3 according to IEC 62443. Additionally we present our OSS contributions for automatic certificate management based on CMP as well as hardware binding of credentials. | Benjamin Schilling / Yasin Demirci | | | + | ^ 08:30-08:50 (20min) | CIP @ Siemens Mobility | In this talk we want to show the most important use cases of the Civil Infrastructure Platform for our Rail Automation business. Further we look into the security enhancements for SL-3 according to IEC 62443. Additionally we present our OSS contributions for automatic certificate management based on CMP as well as hardware binding of credentials. | Benjamin Schilling / Yasin Demirci | {{civilinfrastructureplatform:cipconferences:cip_at_siemens_mobility.pdf|Slides}} | |
| ^ 08:50-09:10 (20min) | Power Plants run on Linux CIP | Power plant systems are required to have a high level of reliability, availability and serviceability (RAS) and over 10 years of continuous monitoring and control. Controllers, remote I/O, turbine control modules, etc. have just started running on Linux. \\ This talk introduces the history of applying Linux to controllers, problems encountered there, and the progress in applying CIP to solve those problems showing specific examples. Actual experience includes network driver bug fixes, security support, new hardware support, logging enhancements, and more. \\ Application of CIP will provide us solutions to these issues. Toshiba aims to contribute to CIP by feeding back our experience to CIP. | Yoshiyuki Nitta | {{civilinfrastructureplatform:cipconferences:2019-cip-mini-summit-power_plants_runs_on_linux_cip.pdf|Slides}} | | ^ 08:50-09:10 (20min) | Power Plants run on Linux CIP | Power plant systems are required to have a high level of reliability, availability and serviceability (RAS) and over 10 years of continuous monitoring and control. Controllers, remote I/O, turbine control modules, etc. have just started running on Linux. \\ This talk introduces the history of applying Linux to controllers, problems encountered there, and the progress in applying CIP to solve those problems showing specific examples. Actual experience includes network driver bug fixes, security support, new hardware support, logging enhancements, and more. \\ Application of CIP will provide us solutions to these issues. Toshiba aims to contribute to CIP by feeding back our experience to CIP. | Yoshiyuki Nitta | {{civilinfrastructureplatform:cipconferences:2019-cip-mini-summit-power_plants_runs_on_linux_cip.pdf|Slides}} | | ||
| ^ 09:10-09:30 (20min) | Launching CIP-based Linux distribution | CIP develops an open source base layer of industrial software commonly used in industrial and control system use cases. Users can develop their own products or systems by adding the required packages and customizing them for their environment. \\ Cybertrust, based in Japan, has launched a CIP-based Linux distribution for embedded systems called EMLinux. This is intended to facilitate the efforts of customers using the CIP open source base layer and maximize the benefits of CIP. \\ This talk outlines the activities Cybertrust is working with CIP members to develop and maintain the CIP-based distribution. | Masashi Kudo | {{civilinfrastructureplatform:cipconferences:cip-minisummit_ctj-usecase_final.pdf|Slides}} | | ^ 09:10-09:30 (20min) | Launching CIP-based Linux distribution | CIP develops an open source base layer of industrial software commonly used in industrial and control system use cases. Users can develop their own products or systems by adding the required packages and customizing them for their environment. \\ Cybertrust, based in Japan, has launched a CIP-based Linux distribution for embedded systems called EMLinux. This is intended to facilitate the efforts of customers using the CIP open source base layer and maximize the benefits of CIP. \\ This talk outlines the activities Cybertrust is working with CIP members to develop and maintain the CIP-based distribution. | Masashi Kudo | {{civilinfrastructureplatform:cipconferences:cip-minisummit_ctj-usecase_final.pdf|Slides}} | | ||
civilinfrastructureplatform/cipconferences/cipms2019.1575501009.txt.gz · Last modified: 2019/12/04 23:10 by yoshi
Page Tools
Except where otherwise noted, content on this wiki is licensed under the following license: CC Attribution-Noncommercial-Share Alike 4.0 International
