Welcome to Unicon Lab!

Ubiquitous and intelligent communications (Unicon) Lab carries out advanced and strategic research on academic and technological fronts in next-generation wireless and mobile communications. We identify the next-generation ICT convergence technologies by exploring theoretical capacity and performance limits for the enhancements in both academy and industry. 

We develop state-of-the-art technologies by exploiting methodologies grounded on advanced analytical tools in information theory, optimization theory, statistics and probability theory, graph theory, matrix theory as well as advanced learning tools. We find our applications to the ubiquitous and intelligent communications (5G/6G/XG/IoT) via edge & cloud computing, aerospace & vehicular communications, wireless power transfer and physical-layer security technologies.

Recent News iN Unicon Lab. 

"Fronthaul Compression and Beamforming Optimization for Secure Cell-free ISAC Systems" 논문 IEEE Wireless Communications Letters  (impact factor: 4.6)에 Accept

석사생 김성준 학생과 정성아 교수가 1저자 및 교신 저자로 참여한 "Fronthaul Compression and Beamforming Optimization for Secure Cell-free ISAC Systems" 논문이 IEEE Wireless Communication Letters에 Accept되었습니다:)

"Joint Mechanical and Electrical Adjustment of IRS-aided LEO Satellite Communication Systems" 논문 IEEE Trans. Vehicular Technology  (impact factor: 6.1)에 Accept

석사 졸업생 김도영 학생과 정성아 교수가 1저자 및 교신 저자로 참여한 "Joint Mechanical and Electrical Adjustment of IRS-aided LEO Satellite Communication Systems" 논문이 IEEE Trans. Vehicular Technology에 Accept되었습니다:)

"AIRS-Assisted Vehicular Networks With Rate-Splitting SWIPT Receivers: Joint Trajectory and Communication Design" 논문 IEEE Trans. Vehicular Technology  (impact factor: 6.1)에 Accept

석사 졸업생 남경윤 학생, 이석현 학생과 정성아 교수가 1저자, 공동 저자 및 교신 저자로 참여한 "AIRS-Assisted Vehicular Networks With Rate-Splitting SWIPT Receivers: Joint Trajectory and Communication Design" 논문이 IEEE Trans. Vehicular Technology에 Accept되었습니다:)

"Cell-Free MIMO Perceptive Mobile Networks: Cloud vs. Edge Processing" 논문 IEEE Transactions on Vehicular Technology  (impact factor: 6.1)에 Accept

 정성아 교수가 1저자로 참여한 "Cell-Free MIMO Perceptive Mobile Networks: Cloud vs. Edge Processing" 논문이 IEEE Trans. Vehicular Technology에 Accept되었습니다:)

"Collaborative Cloud and Edge Mobile Computing in C-RAN Systems With Minimal End-to-End Latency " 논문이 IEEE Signal Processing Society’s top 25 downloaded articles로 선정

정성아 교수가 교신 저자로 참여한 "Collaborative Cloud and Edge Mobile Computing in C-RAN Systems With Minimal End-to-End Latency" 논문이 IEEE Signal Processing Society Top 25 download article로 선정되었습니다:) 

관련 링크: https://signalprocessingsociety.org/publications-resources/blog/collaborative-cloud-and-edge-mobile-computing-c-ran-systems

Recruit

유니콘랩에서는 석, 박사 과정 및 박사 후 과정을 상시 모집합니다. 관심있으신 분은 교수님께 연락하시기 바랍니다. 

Unicon Lab is recruiting new graduate students and post-doctoral scholars. Please contact Prof. Jeong if you are interested in the position. 

•  E-mail: seongah@uos.ac.kr 

• Office: 311, Natural Science Building, Seoulsiripdaero 163, Dongdaemun-gu, Seoul 02504, Korea

• Tel: 02-6490-2149