Title: Mark Randle Boyns: Innovator in Voice Transmission Technology.
Introduction
Mark Randle Boyns is an inventive mind based in the United States, known for his contributions to voice transmission technology. He has developed innovative methods that enhance the quality and efficiency of voice communication over the Internet.
Latest Patents
Boyns holds a notable patent titled "System And Method For Voice Transmission Over Network Protocols." This invention focuses on voice transmission over high-level network protocols, specifically HTTP and TCP. The system cleverly circumvents restrictions imposed by firewalls and proxy servers by utilizing HTTP-level connections for voice data transmission. Additionally, it ensures packet delivery guarantees through TCP, rather than UDP. The technology incorporates variable compression based on silence detection, which optimizes the natural pauses in human speech, thereby reducing transmission delays. The silence detection feature also includes the ability to bookend voice data with small portions of silence, ensuring that the voice sounds natural. Ultimately, the voice data is transmitted to each client computer independently from a common circular list, keeping all clients updated with the most recent voice data. This combination of features facilitates simple, seamless, and interactive Internet conferencing.
Career Highlights
Mark Randle Boyns is currently associated with Intercall, Inc., where he continues to innovate in the field of voice communication technology. His work has significantly impacted how voice data is transmitted over the Internet, making it more efficient and user-friendly.
Collaborations
Boyns collaborates with Andrew W Scherpbier, contributing to advancements in voice transmission technologies.
Conclusion
Mark Randle Boyns is a key figure in the development of voice transmission systems, with a focus on enhancing communication over the Internet. His innovative approaches have paved the way for more effective and natural-sounding voice interactions online.