Filter by topic » all parent terms:
Filter by audience » all parent terms:
Search HIMSSYour search returned 207 results.
- July 01, 2003
This whitepaper describes work to “modify the traditional heuristic evaluation method of assessing software usability so that it can be applied to medical devices and used to evaluate the patient safety of those devices through the identification and assessment of usability problems.”
- November 01, 2002
This whitepaper presents a case study and analysis to “illustrate the crucial role of human factors engineering (HFE) in patient safety."
- May 01, 2011
This whitepaper “provides a re-conceptualization of patient-centered health care practice through a collaborative person-centered model for enhanced patient safety.”
- May 01, 2014
This report looks specifically at the subject of improving of service user experience in maternity services within the NHS.
- November 01, 2014
This guidance describes how hazards related to medical device use should be addressed during device development as part of the risk management process.
- March 01, 2010
This guide is designed to provide developers and NHS procurement officers with the tools to carry out user testing in the development of medical devices.
- April 01, 2013
This resource provided by the National Institute of Standards and Technology (NIST) includes presentations from the April 2013 NIST-sponsored event “Supporting Patient Safety through EHR Design”.
Preventing Medication Errors in Long-Term Care: Results and Evaluation of a Large Scale Web-based Error Reporting System
- August 01, 2007
This evaluation study explores the usability of a web-based reporting system tracking medication errors in long-term care settings in North Carolina.
- July 01, 2014
This whitepaper “investigate(s) the feasibility of identifying a small set of privacy profiles as a way of helping users manage their mobile app privacy preferences.”
- July 01, 2012
This whitepaper discusses the user experience and usability aspects of trusted user interfaces (TUI) in touch-screen biometric systems associated with a trusted execution environment (TEE) in mobile devices.