Recognition of EC certificatesfor medical devices and IVDs in Ukraine. Maksy...Maksym Bagrieiev
Technical regulations in Ukraine: where we are now and how we got there. National legislation: Technical regulations and other legal acts. Authorized representative in Ukraine. Language and labeling requirements. Conformity assessment bodies and international standards. Conformity assessment procedures. What problems can be solved by recognition. Legal requirements for recognition in details. List of notified bodies signed Agreements with UA CABs.
Step-by-step process. What should be considered prior to apply for recognition. Impact of changes in EU to UA certificate. Changes and renewals. Post-marketing activities. Other Technical regulations. Market supervision.
Recognition of CE certificates on medical devices in Ukraine. Registration pr...Improve Medical LLC
AGENDA:
- How did martial law influence the market of medical devices in Ukraine?
- How is the registration process for medical devices is organized in Ukraine?
- Is it possible to recognize an MDR CE certificate?
Recognition of EC certificatesfor medical devices and IVDs in Ukraine. Maksy...Maksym Bagrieiev
Technical regulations in Ukraine: where we are now and how we got there. National legislation: Technical regulations and other legal acts. Authorized representative in Ukraine. Language and labeling requirements. Conformity assessment bodies and international standards. Conformity assessment procedures. What problems can be solved by recognition. Legal requirements for recognition in details. List of notified bodies signed Agreements with UA CABs.
Step-by-step process. What should be considered prior to apply for recognition. Impact of changes in EU to UA certificate. Changes and renewals. Post-marketing activities. Other Technical regulations. Market supervision.
Recognition of CE certificates on medical devices in Ukraine. Registration pr...Improve Medical LLC
AGENDA:
- How did martial law influence the market of medical devices in Ukraine?
- How is the registration process for medical devices is organized in Ukraine?
- Is it possible to recognize an MDR CE certificate?
2017년 8월 8일 통계청에서 QGIS의 개요에 대해 소개한 자료입니다. QGIS에 대한 개략적인 소개와 오픈소스 라이선스 일반에 대해 이야기하고 있습니다. QGIS는 데스크탑 오픈소스GIS로서 최근 많은 관심과 각광을 받고 소프트웨어입니다. ArcMap가 유사한 기능을 제공합니다. 이 슬라이드 내의 QGIS와 ArcMap에 대한 비교는 순전히 주관적인 판단에 따른 것입니다.
Modelos de Contratação e Ferramentas de ComprasEloGroup
Esse artigo tem como objetivo apresentar um estudo realizado para uma multinacional de bebidas não-alcóolicas sobre modelos de contratação de fornecedores – no caso, fornecedores de materiais de merchandising –, bem como um levantamento dos principais sistemas de compras de materiais do mercado e sua comparação com o atual sistema utilizado pela empresa e a ferramenta ideal para a organização. Esse estudo envolve uma Abordagem Tática de Compras sugerida, um Modelo de Portfólio de Compras de apoio à tomada de decisão de compras, os Modelos de Contrato e Negociação em si, um modelo de Clusterização de Materiais e um relatório com as Ferramentas Levantadas como Benchmarking.
2017년 8월 8일 통계청에서 QGIS의 개요에 대해 소개한 자료입니다. QGIS에 대한 개략적인 소개와 오픈소스 라이선스 일반에 대해 이야기하고 있습니다. QGIS는 데스크탑 오픈소스GIS로서 최근 많은 관심과 각광을 받고 소프트웨어입니다. ArcMap가 유사한 기능을 제공합니다. 이 슬라이드 내의 QGIS와 ArcMap에 대한 비교는 순전히 주관적인 판단에 따른 것입니다.
Modelos de Contratação e Ferramentas de ComprasEloGroup
Esse artigo tem como objetivo apresentar um estudo realizado para uma multinacional de bebidas não-alcóolicas sobre modelos de contratação de fornecedores – no caso, fornecedores de materiais de merchandising –, bem como um levantamento dos principais sistemas de compras de materiais do mercado e sua comparação com o atual sistema utilizado pela empresa e a ferramenta ideal para a organização. Esse estudo envolve uma Abordagem Tática de Compras sugerida, um Modelo de Portfólio de Compras de apoio à tomada de decisão de compras, os Modelos de Contrato e Negociação em si, um modelo de Clusterização de Materiais e um relatório com as Ferramentas Levantadas como Benchmarking.
Improving safety and efficiency in the rail industry
Today’s rail industry is faced with mounting competitive and cost pressures that call for significant improvements in reliability, operating efficiencies and rail safety. Detailed risk management is becoming increasingly important— even mandatory due to current and upcoming regulations. Manufacturing, maintenance, repair and overhaul (MRO) processes have become more complex and global, with materials being sourced from all parts of the world.
More than 20 leading railway operators, manufacturers and solution providers have stepped up to develop new applications standard for rail
Enabling timely condition-based maintenance
Providing the foundation for safety-relevant information exchange
Providing improved analytics and incident investigation
Identifying more easily series faults
Enabling more effective recall management
(Final) Tutorial: Standardization Efforts for Smart Cities - GS1/ISO/IEC Stan...Daeyoung Kim
In the Smart Cities Preliminary Report 2014 published by ISO/IEC JTC1, they have emphasized the importance of standardized, computer-recognizable, and actionable open data produced by various city resources. International standardization working groups such as ISO/IEC JTC1, JTC1/SC31 have been establishing new standards and also adopting existing standards for object identification, data modeling, and data acquisition which are the key features of the smart-city data platform.
ISO/IEC data standards have adopted many existing GS1 (Global Standards One) standards. GS1 is an international non-profit organization with 112 member organizations worldwide and more than two million user companies over 40 years. They develop global standards of how to identify, capture, share and use the data of real-world objects in business communication. The best-known standard is the barcode in retails, and they are expanding their area to healthcare, transport and logistics, food service, technical industries, and smart cities.
In this tutorial, we will give the introduction of GS1, and present the GS1’s standardization efforts with use case examples. Topics are as follows; 1) Identification and classification, 2) Semantic vocabulary, 3) Modeling and sharing of city resource metadata, 4) Master data, transaction, and event data modeling, 5) Data sharing system (API, distributed repository), 6) Smart data browsing, 7) Service registration, discovery, and access, 8) Traceability and block chain adoption, 9) Web vocabulary for city data, and 10) Oliot open source project.
Lastly, we would like to introduce Urban Technology Alliance (UTA) that aims to bring a complete smart city ecosystem, concerning various stakeholders such as city and government, industry, academia, non-profit organizations, and the most important, citizen.
Tutorial: Standardization Efforts for Smart Cities - GS1/ISO/IEC Standards At...Daeyoung Kim
In the Smart Cities Preliminary Report 2014 published by ISO/IEC JTC1, they have emphasized the importance of standardized, computer-recognizable, and actionable open data produced by various city resources. International standardization working groups such as ISO/IEC JTC1, JTC1/SC31 have been establishing new standards and also adopting existing standards for object identification, data modeling, and data acquisition which are the key features of the smart-city data platform.
ISO/IEC data standards have adopted many existing GS1 (Global Standards One) standards. GS1 is an international non-profit organization with 112 member organizations worldwide and more than two million user companies over 40 years. They develop global standards of how to identify, capture, share and use the data of real-world objects in business communication. The best-known standard is the barcode in retails, and they are expanding their area to healthcare, transport and logistics, food service, technical industries, and smart cities.
In this tutorial, we will give the introduction of GS1, and present the GS1’s standardization efforts with use case examples. Topics are as follows; 1) Identification and classification, 2) Semantic vocabulary, 3) Modeling and sharing of city resource metadata, 4) Master data, transaction, and event data modeling, 5) Data sharing system (API, distributed repository), 6) Smart data browsing, 7) Service registration, discovery, and access, 8) Traceability and block chain adoption, 9) Web vocabulary for city data, and 10) Oliot open source project.
Lastly, we would like to introduce Urban Technology Alliance (UTA) that aims to bring a complete smart city ecosystem, concerning various stakeholders such as city and government, industry, academia, non-profit organizations, and the most important, citizen.
Autoidlabs kaist-itu-telecom-world-2017-consortium-15-18of18Daeyoung Kim
GS1, Auto-ID Labs, KAIST, Oliot, Smart City, Smart Food and Farm, Smart Factory, Smart Healthcare, Connected Car, Internet of Things, ITU Telecom World, Busan, Bexco
Autoidlabs kaist-itu-telecom-world-2017-consortium-10-14of18Daeyoung Kim
GS1, Auto-ID Labs, KAIST, Oliot, Smart City, Smart Food and Farm, Smart Factory, Smart Healthcare, Connected Car, Internet of Things, ITU Telecom World, Busan, Bexco
Autoidlabs kaist-itu-telecom-world-2017-consoritum-9of18Daeyoung Kim
GS1, Auto-ID Labs, KAIST, Oliot, Smart City, Smart Food and Farm, Smart Factory, Smart Healthcare, Connected Car, Internet of Things, ITU Telecom World, Busan, Bexco
1. 유통물류 및 식품안전 생태계를 위한
국제표준 전략
김 대 영
2018년 3월 22일
교수, 전산학부, KAIST
연구소장, Auto-ID Labs, KAIST
• kimd@kaist.ac.kr, http://oliot.org, http://autoidlab.kaist.ac.kr, http://resl.kaist.ac.kr http://autoidlabs.org http://gs1.org