86619-99

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Introduction to 8661-99 Application Field and Working Principle

8661-99 is a digital communications system protocol standard that supports a wide range of advanced data applications, including telemedicine, remote patient monitoring, medical imaging, and digital diagnostic services. The protocol was developed by the IEEE Standards Safety Committee with the purpose of enabling medical professionals to securely share individual patient\'s health data without compromising privacy or security. It is used in many healthcare settings and has been widely adopted by many healthcare organizations.

8661-99 Application Field

8661-99 is widely used in the healthcare industry for its secure data transmission capabilities. It is especially useful for telemedicine applications, allowing remote medical professionals to securely send and receive patient data. It is also used for medical imaging, providing protection for sensitive medical images as it transfers them between locations. In addition, 8661-99 is used for secure diagnostics services, allowing medical professionals to securely access patient results from medical laboratories.

8661-99 Working Principle

The working principle of 8661-99 is based on a set of protocols and standards designed to ensure the secure transmission of digital health data. The protocol was designed to provide end-to-end encryption for data transmission and verification of digital signatures on each side of the communication. It also provides data integrity and authenticity checks. The protocol also uses the standard Transport Layer Security (TLS) protocol to secure all data transmitted between two systems, ensuring that the data cannot be intercepted or altered in transit. Finally, 8661-99 uses public key encryption to ensure only authorized users can access the encrypted data.

Conclusion

8661-99 is a digital communications system protocol standard that is widely used in the healthcare industry. It was designed to ensure secure data transmission between medical professionals, and provides benefits such as end-to-end encryption, digital signature verification, data integrity and authenticity checks, TLS protocol, and public key encryption. It is an important tool for providing security for medical professionals and their patients when transferring sensitive medical data.

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