Road Traffic Safety Analysis with HAZOP and TRIZ are made up Road Safety and Automotive Safety. We consider Road Safety and Automotive Safety should analyze same method. So we start to use Hazop and Triz.
Hazop and othere analysis method include STAMP and FRAMKiyoshi Ogawa
HAZOP is a very abstract method. so you can use any analysis method with HAZOP. It will be very helpfull for you. Nazenaze, FTA, FMEA, ETA, TRIZ, UML, What if, 4M5E, RCA, GSN, USDM, VTA, STAMP and FRAM are included.
HAZOP, FMEA and FTA for risk assessment. Kiyoshi Ogawa
Risk assessment using HAZOP, FMEA and FTA. FMEA, FTA and HAZOP are international standard design review method from IEC. These are using not only Design Review but also Safety Analysis.
We propose that HAZOP are used on FMEA failure and FTA fault for comprehensive finding. In one study are based 3 people team one hour. 3 times studies on a day changing people and 3 methods.
Raspberry PI using Linux. But it is easy to use who does not know Linux. So sometimes Raspberry PI is dangerous. We propose for industry, TOPPERS/SSP is the just you use. If some spec are too small, please try to use TOPPERS/ASP, TOPPERS/HRP2 or TOPPERS/ATK2. We use HAZOP and TRIZ for safety and security analysis.
HAZOP, Safety and Security with records, SWEST at Gero Gifu pref. JapanKiyoshi Ogawa
Analyse system and service with Hazop study on machine, material, thermal, electric, software and human operation from safety and security points of view. Exercise records are added. "Furikaeri" (understanding, over my head, goodness and "kaizen"(improvement)) are also added.
Hazop and othere analysis method include STAMP and FRAMKiyoshi Ogawa
HAZOP is a very abstract method. so you can use any analysis method with HAZOP. It will be very helpfull for you. Nazenaze, FTA, FMEA, ETA, TRIZ, UML, What if, 4M5E, RCA, GSN, USDM, VTA, STAMP and FRAM are included.
HAZOP, FMEA and FTA for risk assessment. Kiyoshi Ogawa
Risk assessment using HAZOP, FMEA and FTA. FMEA, FTA and HAZOP are international standard design review method from IEC. These are using not only Design Review but also Safety Analysis.
We propose that HAZOP are used on FMEA failure and FTA fault for comprehensive finding. In one study are based 3 people team one hour. 3 times studies on a day changing people and 3 methods.
Raspberry PI using Linux. But it is easy to use who does not know Linux. So sometimes Raspberry PI is dangerous. We propose for industry, TOPPERS/SSP is the just you use. If some spec are too small, please try to use TOPPERS/ASP, TOPPERS/HRP2 or TOPPERS/ATK2. We use HAZOP and TRIZ for safety and security analysis.
HAZOP, Safety and Security with records, SWEST at Gero Gifu pref. JapanKiyoshi Ogawa
Analyse system and service with Hazop study on machine, material, thermal, electric, software and human operation from safety and security points of view. Exercise records are added. "Furikaeri" (understanding, over my head, goodness and "kaizen"(improvement)) are also added.
Misra cpp, cert cpp 2016 and RTL design style guide with HAZOPKiyoshi Ogawa
safety and security system with MISRA C++, CERT C++ and STARC RTL design style guide using HAZOP analysis. In Japan we use English on safety and security analysis with source code and coding standards in English.
Integral Operation on Safety and Security Analysis using Hazop with other Ana...Kiyoshi Ogawa
Integral Operation on Safety and Security Analysis using Hazop with other Analysis method including FTA, FMEA, STAMP/STPA, FRAM, RCA, What if, SHELL, nazenaze, incident/accident database, TRIZ, 4M5E, UML, GSN, USDM and ETA
Analyse system and service with Hazop study on machine, material, thermal, electric, software and human operation from safety and security points of view.
Misra cpp, cert cpp 2016 and RTL design style guide with HAZOPKiyoshi Ogawa
safety and security system with MISRA C++, CERT C++ and STARC RTL design style guide using HAZOP analysis. In Japan we use English on safety and security analysis with source code and coding standards in English.
Integral Operation on Safety and Security Analysis using Hazop with other Ana...Kiyoshi Ogawa
Integral Operation on Safety and Security Analysis using Hazop with other Analysis method including FTA, FMEA, STAMP/STPA, FRAM, RCA, What if, SHELL, nazenaze, incident/accident database, TRIZ, 4M5E, UML, GSN, USDM and ETA
Analyse system and service with Hazop study on machine, material, thermal, electric, software and human operation from safety and security points of view.
Who enjoy a coding standard? We propose programmer should be enjoy a coding standard. Nobody may not insist to write code non free. Programmer can write codes freely. Before reviews, beautifier, static analysis and naming check tools should be useful.
Who enjoy a coding standard? We propose programmer should be enjoy a coding standard. Nobody may not insist to write code non free. Programmer can write codes freely. Before reviews, beautifier, static analysis and naming check tools should be useful.
Who enjoy a coding standard? We propose programmer should be enjoy a coding standard. Nobody may not insist to write code non free. Programmer can write codes freely. Before reviews, beautifier, static analysis and naming check tools should be useful.
TOPPERS provide Real Time Operating kernel such as ASP(standard), ATK(for Automotive), HRP(for Space), FMP(multi core), SSP(smallest set profile) kernel and other tools. Real Time kernel for Raspberry Pi are released, as FMP and SSP.
Datamining Introduction using R with Raspbian on Raspberry Pi 3B.Kiyoshi Ogawa
"Datamining Introduction using R" by Toyota Hideki has very good practices. We try to perform with Raspbian on Raspberry Pi 3B, data exchange, install, start, execute, plot and batch.
raspberry PI has a debian os such as Raspbian. But pi password is open and root password is not setting. You must change pi password and set root password immediately. Raspbian use apt-get update and upgrade.
STAMP/STPA and UML/HAZOP on the IoT and AI/Deep Learning Kiyoshi Ogawa
We analyze on Automotive, Airplane, Medical, Land, or Supply chain with UML/HAZOP and/or STAMP/STPA. IoT and Machine Learning such as Data Robot should be studies.
Hint of combination of Safety Analysis method (stamp/stpa and haze) Kiyoshi Ogawa
There are many analysis methods including NazeNaze, Kakotora(trouble db), HAZOP and so on. We try to use 3 method at the same time. Now, STAMP/STPA, HAZOP and others are selected.
IoT(internet of things) devices may be very dangerous for society. IoT cyber security Counter measurement will be proposed. Before study, check some slides, youtube movies and/or quiita contents. Main part will be announced at the room. HAZOP study for security analysis will be introduced today. Electric power source, harmonic generation, smoking, firing, wireless, noise, and human resources are discussed.
72. A.2.1 略号一覧(2)
• GCC:
Gnu
Compiler
Collecnon,
(牛氈鹿編纂集合)
• GSN:
Goal
Structuring
Notanon(目標構造化記法)
• GxP:
Good
x
Pracnce(適正 x 基準)
• HAZOP(はぞっぷ)
hazard
and
operability
study
• HCD:
Human
Centered
Design
• HDL:
Hardware
Descripnon
Language
• HRP:
High
Reliable
system
Profile
• Html:hyper
text
markup
language
• hWp:
Hyper
Text
Transfer
Protocol
• IEC(あいいいし)Internanonal
Electrotechnical
Commission
• IECEE:
IEC
System
of
Conformity
Assessment
Schemes
for
Electrotechnical
Equipment
and
Components
• IPA(あいぴーえ)Informanon-‐technology
Promonon
Agency,
Japan
• IS(あいえす)Internanonal
Standard(国際規格)
• ISBN:
Internanonal
Standard
Book
Number
• ISO(あいえすお)
Internanonal
Organizanon
for
Standardizanon
• ISSN:
Internanonal
Standard
Serial
Number
• IT:
Informanon
Technology(情報技術)
• IV&V:
independent
verificanon
and
validanon
• JARI(じゃり):
Japan
Automobile
Research
Insntute(日本自動車研究所)
• JAXA(じゃくさ)Japan
Aerospace
Exploranon
Agenc
• JFA:
Japan
Football
Associanon
• JIS(じす) Japan
Industrial
Stndards
2017年 7月 5日
(c)@kaizen_nagoya
72
安全分析におけるHAZOP-‐TRIZ連携の試み
73. A.2.2
略号一覧(3)
• jp(じぇーぴー):
Japan
• JPAA:
Japan
Patent
AWorneys
Associanon(日本弁理士会)
• JPEG:
Joint
Photographic
Experts
Group
• JSA:
Japan
Standard
Associanon(日本規格協会)
• Kg:
kilogram(単位)
• LLVM:
由来:Low
Level
Virtual
Machine,
(低層仮装機機)
• MISRA(みすら)
Motor
Industry
Soxwre
Reliability
Associanon
• mm:
millimetor(みりめーとる)
• MPEG:
Moving
Picture
Experts
Group
• NML(えぬえむえる)No,
More,
Less
• NSSLC:
由来:Nippon
Steal,
Sumitomo
Kinzoku,
System
Life
Cycle
• NTP:Network
Time
Protocol(網時間規約)
• OS:
Operanng
System
• OSC(おーえすし)Open
Source
Conference
• Promela:
Process
Meta
Language
• Q
&
A:
quesnon
and
answer
• Q:
quesnon,
JIS管理システム部門記号
• RTL:
Register
Transfer
Level(記憶転送水準)
• SAP:
Solar
Array
Paddle(太陽電池櫂)
• SD:
Sequennal
Design(逐次設計)
2017年 7月 5日
(c)@kaizen_nagoya
73
安全分析におけるHAZOP-‐TRIZ連携の試み
74. A.2.2
略号一覧(4)
• SPIN:
Simple
Promela
Interpreter
• SSP:
Smallest
Set
Profile(最小集合側面)
• STAMP:
Systems
Theorenc
Accident.
Model
and
Processes
• STARC:
Semiconductor
Technology
Academic
Research
Center(半導体理工学研究
センター)
• STT:
Start
Tracker(星姿勢計)
• Sum:
summary(合計)
• SWEST(えすうぇすと)Summer
Workshop
on
Embedded
System
Technologies
• TBT:
The
Technical
Barriers
to
Trade(貿易の技術的障害)
• TOPPERS:
Toyohashi
Open
Playorm
for
Embedded
Real-‐nme
System
• TQM:
Total
Quality
Management(総合的品質管理)
• TRIZ(とりーず)Teoriya
Resheniya
Izobretatelskikh
Zadatch
(露),
Theory
of
invennve
problems
solving(英)
• TS:
Technical
Specificanon(技術仕様)
• UML:
Unified
Modeling
Language
• Unicef:
United
Nanons
Children's
Fund
• url:
Uniform
Resource
Locator
• USIT:
Unified
Structured
Invennve
Thinking(統合的構造化発明思考法)
• WCSQ:
World
congress
for
soxware
quality
(世界算譜品質会議)
• WOCS(うぉっくす):
Workshop
on
crincal
soxware
systems
• WTO:
World
Trade
Organizanon(世界貿易機構)
• www:
world
wide
web
• X:
論理回路不定値,
JIS情報処理部門記号
• Z:論理回路ハイインピーダンス, JIS
その他部門記号(適合確認を含む)
• フリマ:
free
market
• 知財:知識財産(知的所有権)
2017年 7月 5日
(c)@kaizen_nagoya
74
安全分析におけるHAZOP-‐TRIZ連携の試み
75. D.1 参考文献(1/10)
[1]
始める前に,
小川清,岐阜大学,
2016,
hWps://www.slideshare.net/
kaizenjapan/before-‐study-‐gifu-‐university-‐2016
[2]
HAZOP,
FTA
and
FMEA
for
risk
assessment,
安全工学シンポジウム,
小川明秀,
小川清,
2015,
hWps://www.slideshare.net/kaizenjapan/hazopogawa2015
[3]
An
applicanon
on
Hazard
and
operability
Study
for
digital
system,
Ogawa
Kiyoshi,
5th
World
Congress
for
Soxware
Quality,
上海,
2011
[4]
自動車制御用プラットフォームの機能安全対応,竹内舞,
水野智仁,
森川聡久,
小川清,
斉藤直希,
渡部謹二,
安全工学シンポジウム,
2010
[5]
自動車安全,
hWps://researchmap.jp/jorwtr60m-‐51292/#_51292
[6]
安全に貢献するソフトウェア関連国際規格,水野智仁,
森川聡久,
小
川清,
斉藤直希,
渡部謹二,
堀武司,
安全工学シンポジウム,
2009
[7]
ISO/IEC
Guide
50:2014
Safety
aspects
-‐
Guidelines
for
child
safety
in
standards
and
other
specificanons子供むけ安全ガイド(JIS未発行)
[8]ISO/IEC
Guide
51:2014
Safety
aspects
-‐
Guidelines
for
their
inclusion
in
standards安全ガイド(JIS
Z
8051:2015)
2017年 7月 5日
(c)@kaizen_nagoya
75
安全分析におけるHAZOP-‐TRIZ連携の試み
76. D.2 参考文献(2/10)
[9]
IEC
61160:2005
Design
review,
設計審査,
IEC
2005
[10]
IEC61025
FTA:
Fault
tree
analysis
故障木解析,
IEC,
2006
[11]
IEC60812
FMEA:
failure
mode
and
effecnveness
analysis
システム
信頼性の分析技法失敗状態と効果解析 (FMEA),
IEC,
2006
[12]
IEC
61882
Hazop:
hazard
analysis
and
operability
study,
IEC
,
2016
[13]
機械安全 ISO
12100:2010
Safety
of
machinery
General
principles
for
design
-‐
Risk
assessment
and
risk
reducnon
(JIS
B
9700:2013)等
[14]
電気安全 EC
60065:2014
Audio,
video
and
similar
electronic
apparatus
-‐
Safety
requirements
(JIS
C
6065:2016)等
[15]
機能安全 EC
61508-‐1:2010
Funcnonal
safety
of
electrical/
electronic/programmable
electronic
safety-‐related
systems
-‐
Part
1:
General
requirements
(JIS
C
0508:2012)等
[16]
JIS
Q
31010:2012
(IEC/ISO
31010:2009)リスクマネジメント−リスク
アセスメント技法
[17]
HAZOP手法の応用と展開,
小川清,
渡部謹二,
斉藤直希,
電気関
係学会東海支部連合大会,2010
2017年 7月 5日
(c)@kaizen_nagoya
76
安全分析におけるHAZOP-‐TRIZ連携の試み