Progress in Optoelectronics and Communications
Progress in Optoelectronics and Communications
William Shieh
Changyuan Yu
Progress in Optoelectronics and Communications covers cutting-edge research and innovations across the entire ecosystem of light-based telecommunications. This includes optoelectronic devices (lasers,...
Progress in Optoelectronics and Communications covers cutting-edge research and innovations across the entire ecosystem of light-based telecommunications. This includes optoelectronic devices (lasers, modulators, detectors, PICs), transmission technologies (advanced modulation, DSP, fiber/wireless integration), and network architectures (core/metro/access networks, 5G/6G fronthaul, data center interconnects). The journal emphasizes high-speed systems (terabit-class), coherent optics, SDN/NFV control, and emerging paradigms like quantum communications, integrated sensing-communication (ISAC), and AI-optimized networks. It addresses challenges in capacity, latency, energy efficiency, and scalability—from component design to field deployment—enabling next generation secure, ultra-low latency global connectivity.
Society affiliation
Wuhan Research Institute of Post & Telecommunications Co., Ltd (WRI): Founded in 1974, a globe leading R&D institute for optoelectronic components and subsystems in the telecommunications industry. It is the birthplace of China's optical communications and the core enterprise of "Wuhan·China Optics Valley". China's earliest optical fiber tr...
Wuhan Research Institute of Post & Telecommunications Co., Ltd (WRI): Founded in 1974, a globe leading R&D institute for optoelectronic components and subsystems in the telecommunications industry. It is the birthplace of China's optical communications and the core enterprise of "Wuhan·China Optics Valley". China's earliest optical fiber transmission technology and equipment, and China's first set of interconnected all-optical network equipment were born at WRI. It is also the world's only high-tech communications research institute integrating optoelectronic devices, optical fiber cables, optical communication systems and networks.
Chinese Optical Society (COS): Founded in 1979, The Chinese Optical Society (COS) was a nongovernmental organization of scientific and technological workers in the field of optics and optical engineering. COS was organized to advance the technology development of optics and promote the communication of scientists, engineers, educators and students.
At present, the Society has 26 professional committees and 10 working committees with more than 15,000 individual members. Ever since the founding of the COS, it has established close relationships with the major international organizations. In 1987, COS became a member of the International Commission for Optics (ICO). COS established a long-term cooperation with the International Society for Optics and Photonics (SPIE), OPTICA, the European Optical Society (EOC), the Optical Society of Japan (OSJ), the Optical Society of Korea (OSK), and etc.