Eun Sung Na

Title: Innovations by Eun Sung Na in Data Communication Technology

Introduction

Eun Sung Na is a notable inventor based in Yongin-si, South Korea. He has made significant contributions to the field of data communication technology, holding two patents that enhance the reliability and security of data transmission.

Latest Patents

Eun Sung Na's latest patents include a "Transmission/reception apparatus of security gateway for physical unidirectional communication performing security tunneling and data re-transmission." This invention provides a reception apparatus that performs security tunneling and data re-transmission while unidirectionally receiving data from a transmission apparatus. The apparatus is designed to check for errors in received data and can perform a switching operation or transmit a switching request signal to notify the transmission apparatus of any errors. When an error is detected, the transmission apparatus re-transmits the erroneous data after encrypting it, thereby improving the reliability and security of unidirectional data communication.

Another significant patent is the "One-direction data transmission/reception apparatus that re-transmits data via plurality of communication lines, and data transmission method using same." This invention allows a reception apparatus to receive data in one direction and informs the transmission apparatus of any errors detected in the received data by switching communication lines. The transmission apparatus, upon detecting the switchover, re-transmits the erroneous data, enhancing the reliability of one-direction data communication.

Career Highlights

Eun Sung Na has worked with several companies, including Nnsp Co., Ltd. and Korea District Heating Corporation. His experience in these organizations has contributed to his expertise in data communication technologies.

Collaborations

Eun Sung Na has collaborated with notable coworkers such as Ki-Hyun Kim and Il-Yong Kim, further enriching his work in the field.

Conclusion

Eun Sung Na's innovative patents significantly advance the reliability and security of data communication technologies. His contributions are vital in addressing the challenges of data transmission in a unidirectional context.