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DSF/IEC/FDIS 82304-1 - HEALTH SOFTWARE -- PART 1: GENERAL REQUIREMENTS FOR PRODUCT SAFETY Organization: DS
Description: 1.1 Purpose This Part of 82304 applies to the SAFETY and SECURITY of HEALTH SOFTWARE PRODUCTS designed to operate on general computing platforms and intended to be placed on the market without dedicated hardware, and its primary focus is on the requirements for MANUFACTURERS. 1.2 Field of application This document covers the entire lifecycle including design, development, VALIDATION, installation, maintenance, and disposal of HEALTH SOFTWARE PRODUCTS. In each referenced standard, the term “medical device” or “medical device software” is to be substituted by the term “HEALTH SOFTWARE” or “HEALTH SOFTWARE PRODUCT”, as appropriate.
DS/IEC 82304-1 - HEALTH SOFTWARE – PART 1: GENERAL REQUIREMENTS FOR PRODUCT SAFETY Organization: DS
Date: 2016-11-10
Description: 1.1 Purpose This Part of 82304 applies to the SAFETY and SECURITY of HEALTH SOFTWARE PRODUCTS designed to operate on general computing platforms and intended to be placed on the market without dedicated hardware, and its primary focus is on the requirements for MANUFACTURERS. 1.2 Field of application This document covers the entire lifecycle including design, development, VALIDATION, installation, maintenance, and disposal of HEALTH SOFTWARE PRODUCTS. In each referenced standard, the term “medical device” or “medical device software” is to be substituted by the term “HEALTH SOFTWARE” or “HEALTH SOFTWARE PRODUCT”, as appropriate.
ISO/IEC DIS 82304-1 - HEALTH SOFTWARE - PART 1: GENERAL REQUIREMENTS FOR PRODUCT SAFETY Organization: ISO
Date: 2015-07-31
Description: Specifically, IEC 82304-1 does not apply to: a) medical electrical equipment or systems covered by the IEC 60601/IEC 80601 series; b) in vitro diagnostic equipment covered by the IEC 61010 series; c) implantable devices covered by the ISO 14708 series NOTE This standard also applies to HEALTH SOFTWARE PRODUCTS (e.g., medical apps, health apps) intended to be used in combination with mobile computing platforms.
CRC - TELEHEALTH AND MOBILE HEA - TELEHEALTH AND MOBILE HEALTH Organization: CRC
Date: 2015-12-02
Description: Hence, this handbook describes how information and communication technologies, the Internet, wireless technologies and wireless networks, databases, and telemetry permit the transmission of information and control of information both within a medical center and between medical centers. Recent developments in sensors, wearable computing, and ubiquitous communications have provided medical experts and users with frameworks for gathering physiological data on a real-time basis over extended periods of time.
IEC 61223-3-1 - EVALUATION AND ROUTINE TESTING IN MEDICAL IMAGING DEPARTMENTS - PART 3-1: ACCEPTANCE TESTS - IMAGING PERFORMANCE OF X-RAY EQUIPMENT FOR RADIOGRAPHIC AND RADIOSCOPIC SYSTEMS - EDITION 1.0 Organization: IEC
Date: 1999-03-01
Description: Nor does it consider: c) aspects of mechanical and electrical safety, d) aspects of mechanical, electrical and software performance unless they are essential to the performance of the tests directly affecting image quality and PATIENT dose.
PACKT - GETTING STARTED WITH RESE - GETTING STARTED WITH RESEARCHKIT Organization: PACKT
Date: 2016-02-18
Description: What You Will Learn • Learn to create customized consent form • Get introduced to two backend services: a simple backend server using Sinatra and Sage Bridge • Build a custom task (a conditional survey example) and a navigable task • Get an Overview of ResearchKit's open source repository and App Core • Interaction with the hardware of the device including the gyro and the motion sensors • Learn the basics of this revolutionary technology • Get introduced to the barebones app and learn to write your first code In Detail  Research Kit is an open source software development framework from Apple that lets you easily create mobile applications for clinical research studies.
CRC - TELEMEDICINE AND ELECTRON - TELEMEDICINE AND ELECTRONIC MEDICINE Organization: CRC
Date: 2015-11-24
Description: Hence, this handbook describes how information and communication technologies, the Internet, wireless technologies and wireless networks, databases, and telemetry permit the transmission of information and control of information both within a medical center and between medical centers. Recent developments in sensors, wearable computing, and ubiquitous communications have provided medical experts and users with frame -works for gathering physiological data on a real-time basis over extended periods of time.
CRC - BYOD FOR HEALTHCARE - BYOD FOR HEALTHCARE Organization: CRC
Date: 2014-04-23
Description: Preface Where once end users queued up to ask information technology (IT) permission to buy a new computer or new version of software, they are now bypassing IT altogether and buying it on their own.
CTA-CEB18 - RECOMMENDED PRACTICE FOR TRANSMITTER CONTROL AND STATUS INDICATION IN TRANSMITTING PORTABLE ELECTRONIC DEVICES (T-PEDS) - FORMERLY CEA-CEB18 Organization: CTA
Date: 2007-01-01
Description: This Recommended Practice is intended for use by portable electronic device (PED) manufacturers, related component and software companies, the air transport industry, relevant government regulatory agencies, and other stakeholders that might require information on transmitting status of T-PEDs to facilitate policies.
CRC - PALEOIMAGING: FIELD APPLI - PALEOIMAGING: FIELD APPLICATIONS FOR CULTURAL REMAINS AND ARTIFACTS Organization: CRC
Date: 2009-09-21
Description: Although "portable" CT scanners exist, their size and the logistics of terrain often result in limited availability in remote field settings. In addition, the hardware and software of these units place limitations on the type of data obtainable.

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