Secondly, a Petri net-based simulator with graphical user interface to monitor execution of the sequence on machines is dynamically designed.
The fall detection mechanism is conceived with two sensors including tri-axis accelerometer and Passive Infrared (PIR) sensor which are interfaced to monitor the activity of elderly people.
Providers rarely used the interface to monitor enrolled patients.
However, providers rarely used the interface to monitor patient progress in the program.
Although providers were successful in referring patients to the program, they rarely used the clinical interface to monitor patients enrolled in SUH.
Historical usage data is stored, and statistics can be displayed though the web interface to monitor how the system is being used.
Primary care providers used a separate interface to monitor their patients' website use, their reported symptoms and medication use, and were able to communicate online via a discussion board with their patients and with an asthma specialist.
To achieve these design goals, the database should assign each patient a unique identification number and provide a unified interface to monitor the patient's demographic information and appointments.
Despite the proposed ability of the clinical interface to monitor program participation, many providers expressed concern that motivating individuals to start and stay compliant with SUH would be a challenge: "The big part of it is just having something to get people motivated and doing it".
This paper presents the design of an interactive graphical user interface (GUI) to monitor and quantify a developed electronic nose (EN) platform for gas identification.
A client-server communication is used to connect a local PC with the remote laboratory, and an ad-hoc, LabVIEW-based user interface allows to monitor and control the plant.
