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Monitoring the human’s health state by continuous or high density parameter measurement is a widely used technology in the medical world. This idea is a standard treatment technology in the diabetes control: The “Self Monitoring of Blood Glucose” (SMBG) technology forces the patient to measure the blood glucose value many times in a day, and precisely log the results into the “diabetes diary” (see [1]). The currently used blood glucose meters (BGMs) are able to store and transmit the measurement data to a computer, so opening the ability of the automation of the monitoring. The dierent BGM devices usually use their own protocol in the data transmission process. In this paper we study the communication mechanisms of three popular BGM devices: The “Personal Optimum” (produced by the 77 Electronics Ltd; the most popular BGM device in Hungary); the “AccuCheck Active” (Roche’s BGM device, widely used in Europe); the “OneTouch Select mini” (produced by LifeScan, and it is a popular BGM device in the USA). We discuss the hardware requirements and introduce a software tool “WinDcont”, which can be used to automate the diabetes diary logging for the studied BGMs.

Comparing the Communication Mechanisms of Health State Monitoring BGM Devices