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Photonics for Emerging Applications in Communication and Sensing
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Photonics has emerged as crucial for enabling communication and sensing applications, revolutionizing industries such as data centers, autonomous driving, and 5G/6G networks. This reprint includes thirteen articles showcasing the transformative potential of photonics in supporting emerging technologies. It presents the recent advancements and future challenges in these technologies, focusing on optical performance monitoring, photonic sensors and devices, optical signal processing subsystems, and digital signal processing (DSP) for optical transmission systems. Optical performance monitoring encompasses a self-attention mechanism-based quality-of-transmission estimator for optical networks, optical-label-based monitoring for wavelength division multiplexing networks, and a key distribution scheme for enhanced security. Advancements in photonic devices include optimized silicon nitride waveguides and hybrid phase-change metasurface carpet cloaks for efficient optical signal processing. Moreover, plasmonic sensors that utilize plasmons and alternative materials like aluminum nitride are explored for sensing and detection applications. Optical signal processing subsystems, which feature an enhanced optical analog-to-digital converter, two-tone signal generation, and a programmable photonics spectral processor, as well as DSP techniques for chromatic dispersion estimation, coherent communication, are presented to support reliable optical transmission.
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Keywords
- analog-to-digital converter
- bound states in the continuum
- carrier envelope phase
- channel optical power
- chromatic dispersion estimation
- constant composition distribution matcher
- constellation shaping
- conversion efficiency
- discrete multi-tone (DMT)
- dispersion
- Economics, finance, business & management
- electromagnetic camouflage and illusion
- Energy industries & utilities
- ENOB
- faster-than-Nyquist
- four-wave mixing
- full data-carrying SC precoding (FDSP)
- high-resolution and low-cost
- higher order modulation format signal
- History of engineering & technology
- hybrid phase-change metasurface
- Industry & industrial studies
- intensity-modulation and direct-detection (IM-DD)
- key consistency rate
- key distribution
- LDPC coding
- liquid crystal on silicon (LCoS)
- low-complexity
- metasurface carpet cloak
- microwave photonics
- modulation
- multi-channel
- n/a
- nanocubes
- Nanoparticles
- nonlinear effect
- optical frequency combs (OFC)
- optical labels
- optical modulation
- optical performance monitoring
- optical phase-shift quantization
- optical polarization
- optical signal-to-noise ratio
- optical two-tone signals
- partial data-carrying SC precoding (PDSP)
- phase matching
- photonics spectral processor (PSP)
- plasmonic
- polarization-insensitive cloaking
- probabilistic amplitude shaping
- probabilistically shaping (PS)
- programmable
- quality of transmission (QoT) estimation
- Reciprocity
- RF photonics
- self-attention mechanism
- sensor
- signal-to-noise ratio
- silicon nitride waveguide
- states of polarization (SOP)
- surface plasmons
- Technology, engineering, agriculture
- Technology: general issues
- ultrashort laser pulse
- Walsh–Hadamard transform (WHT)
- Wavelength Division Multiplexing
Links
DOI: 10.3390/books978-3-0365-8165-1Editions