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It is natural to use the Internet at a distance. So far, a number of telemedicine systems have been proposed to interface with the Internet. In these systems 'offthe shed' as a medical instrument peripheral that is to say a large array of separate devices have been deployed in one has been squeezed in. We are currently developing a telemedicine network system. This system is multifunctional and realizes the use of virtual instrument technology. The Internet serves as a vehicle for transporting medical instruments and updating virtual medical data in real time. The system facilitates the use of embedded diagnostic information to extract valuable advanced biosignal processing algorithms. We provide virtual test instruments and medical data for medical use pcAnywhere and Java applications. In addition, a test bed was developed to send 16-channel ECG over the Internet using a cable modem for 300 seconds. Our preliminary results show that the medical service is as good as its virtual instrument hardware counterparts because of their medical low-frequency signals. It also shows that real-time transmission of physiological signals over the Internet is currently supported for ordering a car home remotely. In contrast to other remote technologies, we are not only transferring medical information but also instruments (virtual instruments) and signal processing capabilities over the Internet.