Driven by emerging technologies such as the Internet of Things, 4K/8K video applications,
virtual reality, and the metaverse, global internet protocol traffic has experienced an …

Short-reach transmission systems traditionally utilize intensity modulation (IM) at the
transmitter and direct detection (DD) at the receiver due to their cost-effectiveness, small …

Coherent detection is advantageous in achieving high electrical spectral efficiency (ESE)
relative to direct detection (DD), due to its capability of field recovery. However, the stringent …

Optical full-field recovery allows for fiber impairments compensation such as chromatic
dispersion and polarization mode dispersion (PMD) in the digital signal processing. For cost …

Coherent detection has the primary advantage of optical field recovery, which enables
channel impairment compensation and advanced modulation formats for high-capacity …

The offset double-sideband (DSB) scheme has attracted attention because it can achieve
field recovery at low carrier-to-signal power ratio (CSPR) and improve the spectral efficiency …

Direct detection capable of optical field recovery not only enables high-order modulation for
high spectral efficiency (SE) but also extends the transmission reach by digital …

Four system frameworks based on carrier assisted differential detection (CADD) receivers
for offset double sideband (DSB) signal transmission, including offset DSB asymmetric …

For high-capacity and short-reach applications, carrier-assisted differential detection
(CADD) has been proposed, in which the optical field of a complex-valued double sideband …

摘要直接探测光纤通信系统凭借其结构简单, 成本低廉的优势成为未来短距光通信的主要方案,
而场信号恢复(FSR) 技术是进一步提升直接探测系统容量的关键技术. 介绍了直接探测光纤通信 …