ISO 26262/AUTOSAR
차량용 CAN 통신의
이해와 활용
Innovation Day
한국전자전 2016 부대 행사
AutoSecure
  1. AutoSAR/ISO26262
  2. 2012
  3. 프로그램

프로그램

Time Speaker Contents
09:30~09:50 등록 / Registration
10:00~10:05 Deputy Director
 Congratulatory address
10:05~10:15 Sooyeon Lee / Director General, Korea Testing Laboratory Opening speech
10:15~11:00 Byeonggak Ko / Team Manager, Korea Testing Laboratory ISO 26262 Overview
11:00~12:15 Johannes Schild / Expert Functional Safety, Bosch Engineering GmbH Case study #1
12:15~13:00 Lunch/본관 2층 더 파크
13:00~14:15 Francesco Rossi / Senior Safety Engineer, Resiltech Case study #2
14:15~14:30 휴식/Coffee break
14:30~15:45 Riccardo Mariani / Chief Technology Officer, Yogitech Case study #3
15:45~17:00 Hakan Sivencrona / Safety Program Manager, Qamcom Research & Technology AB Case study #4

■ ISO 26262 Overview
  • Speaker : Byeonggak Ko (Team Manager, Korea Testing Laboratory)
  • Title : General overview of ISO 26262
■ Case study #1
  • Speaker : Johannes Schild (Expert Functional Safety, Bosch Engineering GmbH)
  • Title : ISO 26262 introduction and OEM/supplier relationship
  • Examples for OEM/Supplier work split based on the safety development lifecycle.
    • DIA (Development Interface Agreement) and its importance
    • DIA template, possibly example
    • Safety case template
  • Bosch powertrain introduction strategy : Ramp up from a minimal extent to the necessary coverage
    • Important safety work products, based on OEM/supplier interface (requirements documents, concept documents, integration and test strategy)
    • Usual ASIL rating for engine control related hazards
    • Introduction into Bosch engine control safety concepts (3 level concept)
  • Possible cooperation models for support of the work steps which are in OEM responsibility Certification and technical evaluation
■ Case study #2
  • Speaker : Francesco Rossi (Senior Safety Engineer, Resiltech)
  • Title : New challenges in Automotive: how the ISO26262 impacts distributed development and state of the art of SW verification and validation
  • Challenges in distributed development: how the ISO26262 impacts the development chain looking at three examples
    • a. Hazard log
    • b. Definition of the top level safety requirements for the supplier
    • c. The HW metrics
  • Model based development applied to the SW lifecycle in relation to ISO26262 requirements
■ Case study #3
  • Speaker : Riccardo Mariani (Chief Technology Officer, Yogitech)
  • Title : How to apply functional safety and ISO 26262 to integrated circuits : microcontroller, ASICs, analogue-mixed circuits and FPGA
  • Introduction: about the functional safety market for integrated circuits;
  • Tailoring the ISO 26262 lifecycle for an IC: work products for an IC; the Safety Manual for an IC; how to link IC-level results with system-level results;
  • The Safety Element out of Context (SEooC) at IC level;
  • HW random failures for an IC; how to compute failure rates for an IC according part 10
  • Dependent failures for an IC according part 9 and part 10; qualitative and quantitative analysis of dependent failures for ICs; Systematic failures for an IC;
  • Development process of an IC; Verification and Validation for an IC;
  • Applying ISO 26262 to analogue ICs;
  • Selection process of integrated circuits for OEM/Tier1;
  • Concrete examples.
■ Case study #4
  • Speaker : Hakan Sivencrona (Safety Program Manager, Qamcom Research & Technology AB)
  • Title : Supplier challenges in developing high ASIL applications
  • Safety element out of context design (SEooC)
  • Working a tier 1 safety manager
  • Research within Safety
  • ASIL D systems