Interoperability of medical devices, and their interface to clinicians and patients, are critical issues for the safety and effectiveness of patient care. Ongoing efforts strive at establishing standards for integrated clinical environments, which may connect and co-ordinate several medical devices and interface them to patients, clinicians, and hospital information systems. In this paper, an approach to the formalization of system requirements for an integrated clinical environment is presented. The formalization relies on the higher-order logic language of the Prototype Verification System
One way of contributing to a demonstration that a medical device is acceptably safe is to show that ...
In this article, we present a set of lightweight mechanisms to enhance the dependability of a safety...
Embedded software is a sub-system that needs to be integrated with the electrical and mechanical sub...
Interoperability of medical devices, and their interface to clinicians and patients, are critical is...
The concepts of integrated clinical environments and smart intensive care units refer to complex tec...
Health care practices increasingly rely on complex technological infrastructure, and new approaches ...
Applications that can communicate with and control multiple medical devices have the potential to ra...
Our goal is to improve patient outcomes and safety through medical device interoperability. To achie...
Applications that can communicate with and control multiple medical devices have the potential to ra...
One part of demonstrating that a device is acceptably safe, often required by regulatory standards, ...
This poster describes our initial work in applying assurance cases to the requirements engineering p...
This paper addresses the problem of high-assurance operation for medical cyber-physical systems buil...
The advent of computerized medical devices has resulted in better accuracy and increased safety for ...
An integrated clinical environment (ICE) connects various medical devices and coordinates their acti...
Medical and eHealth systems are progressively realized in the context of standardized architectures ...
One way of contributing to a demonstration that a medical device is acceptably safe is to show that ...
In this article, we present a set of lightweight mechanisms to enhance the dependability of a safety...
Embedded software is a sub-system that needs to be integrated with the electrical and mechanical sub...
Interoperability of medical devices, and their interface to clinicians and patients, are critical is...
The concepts of integrated clinical environments and smart intensive care units refer to complex tec...
Health care practices increasingly rely on complex technological infrastructure, and new approaches ...
Applications that can communicate with and control multiple medical devices have the potential to ra...
Our goal is to improve patient outcomes and safety through medical device interoperability. To achie...
Applications that can communicate with and control multiple medical devices have the potential to ra...
One part of demonstrating that a device is acceptably safe, often required by regulatory standards, ...
This poster describes our initial work in applying assurance cases to the requirements engineering p...
This paper addresses the problem of high-assurance operation for medical cyber-physical systems buil...
The advent of computerized medical devices has resulted in better accuracy and increased safety for ...
An integrated clinical environment (ICE) connects various medical devices and coordinates their acti...
Medical and eHealth systems are progressively realized in the context of standardized architectures ...
One way of contributing to a demonstration that a medical device is acceptably safe is to show that ...
In this article, we present a set of lightweight mechanisms to enhance the dependability of a safety...
Embedded software is a sub-system that needs to be integrated with the electrical and mechanical sub...