Search Results for "patient monitor"

Nightscout’s cgm-remote-monitor is a real-time web application for DIY diabetes management. It connects with CGM devices like Dexcom, Medtronic, and Libre, pulls glucose readings, and visualizes them on a browser-based dashboard, accessible from phones, watches, or IV bags. The system supports trend alerts, historical graphs, and community plug-ins for remote patient monitoring, educational use, and family connectivity.

A C# .NET app to download or capture data from several medical device interfaces such as Datex AS3 S/5 Anesthesia, Philips Intellivue, GE Dash, Mindray HL7, Spacelabs, Draeger Infinity, Draeger HL7 patient monitors, GE Engstrom, Draeger (MedibusX), Maquet (Servo-i, Servo-U & Flow-i), Puritan Bennett ventilators, Covidien BIS Vista cerebral monitor, Fresenius Agilia, Alaris Carefusion, BBraun Spacecom syringe and volumetric pumps, Roche Cobas ASTM ABG analyzers. Requires Visual Studio 2022, .NET 8 or Visual Studio for Mac to compile. ...

The vital sign simulator simulates a patient monitor and is intended for use in medical emergency training simulations. In combination with a (cheap) cpr-manikin, it offers a low-cost alternative to commercial high-tech patient simulation manikins. It is used with a dual monitor system, one monitor with controls for the operator and one providing the vital signs to the trainees.

Vision2 serves as tool for ophthalmologists and other vision testing professionals. It's useful for a variety of ophthalmology testing applications related to stereo vision. It implements many of classical tests but also new types of vectographic and random dot exams. Program was created as part of diploma thesis in Wroclaw University of Technology in Poland.

In intensive care units (ICU) patients vital signs are monitored. This is an attempt to build an interface which can show external and simulated medical data, to mimic these patient monitors. The motivation for this project are my experiments with building medical devices.

The EYESENS project comprises the design and development of application specific integrated circuits (telemetry and sensor readout electronics) and MEMS pressure sensor for an implantable medical device which precisely, directly and continuously monitor the patient’ s intraocular pressure (IOP). After a first proof of concept using off-the-shelf components, we verified and positively confirmed the feasibility of the project. The size of the system, in particular the size of the ASIC, needs to be reduced by approximately 55%. This miniaturization is extremely important for the development of the whole system. ...