From the Editor-in-Chief
Dear Chapter Members,
This issue introduces the design of high-performing coded caching schemes. It is shown that the PDA based-coded caching schemes can be designed through combinatorics and graph coloring to achieve a smaller subpacketization level and a good rate-memory tradeoff. This issue also introduces memory approximate message passing schemes and the energy efficiency analysis of massive random access with finite blocklength. They provide the new signal processing techniques and transmission rate analytical methodologies for complex communication networks. On Apr. 25, the Chapter’s Spring Outing took place in the Guangzhou International Biotech Island. On Jun. 25 – 30, ISIT 2023 took place in Taipei. In the coming years, the Guangdong-Hong Kong-Macau GBA will host two important events, including the ITW 2024 in Shenzhen and the ISIT 2026 in Guangzhou.
Li Chen
Table of Content
·RECENT RESULTS·
Design of High-performing Coded Caching Schemes
Memory Approximate Message Passing
Energy Efficiency of Massive Random Access in MIMO Quasi-Static Rayleigh Fading Channels with Finite Blocklength
·RESEARCH ACTIVITIES·
Spring Outing of IEEE IT Society Guangzhou Chapter
IEEE ISIT 2023 Taipei
·GOOD NEWS·
Dr. Fan Liu Won the 2023 IEEE ComSoc Stephan O. Rice Prize
IEEE ITW 2024 Will Be Hosted in Shenzhen, China
IEEE ISIT 2026 Will Be Hosted in Guangzhou, China
·NEW TALENTS·
Lei Liu; Xianzhang Wu; Guanming Zeng
·CALL FOR PAPERS·
IEEE GC 2023 Workshop on Channel Coding beyond 5G
IEEE ISIT 2024
IEEE ISITA 2024
·EULOGY·
In Memoriam: Ning Cai (1947-2023)