Page du cours ✏️
- Hybrid Optical Fibre-Wireless Communication and Networking
- RDE717
- Description
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The study course is meant to obtain knowledge about the modern optical access and radio access networking architectures and their basic building blocks for system convergence. This knowledge will enable students not only to understand the specifics of new signal transmission techniques, but also to develop and apply effective modelling and characterization methods for designing a new generation of hybrid fibre-wireless communication systems.
Course contents:- Introduction to architectures of optical access and radio access networks (OAN and RAN).
- Common Public Radio Interface (CPRI) and Enhanced CPRI (eCPRI).
- Advanced signal modulation techniques.
- High-frequency radio signal generation with photomixing.
- Envelope detection and coherent heterodyne detection.
- Spurious-free dynamic range (SFDR).
- Static and adaptive equalization methods with digital signal processing.
- Influence of laser phase noise in the hybrid optical fibre-wireless systems.
- Characterization and transmission performance evaluation of hybrid fibre-wireless systems.
- Crédits ECTS
- 6
- Langue d'enseignement
- English/Latviešu
- Langue d'examen
- English/Latviešu
- Langue des supports pédagogiques
- English/Latviešu
- Acquis d'apprentissage fondamentaux
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- Select, implement and critically compare digital signal-processing techniques for a telecommunications problem involving distortion, noise or sampling constraints, and justify the selected approach using reproducible performance measurements or simulations.(BLO1.3 - Select, implement and critically compare digital signal-processing techniques for a telecommunications… - TEM - Select, implement and critically compare digital signal-processing techniques for a telecommunications problem involving distortion, noise or sampling constraints, and justify the selected approach using reproducible performance measurements or simulations.)
- Model and evaluate an optical, photonic or optoelectronic transmission subsystem, select suitable components and modulation or signal-processing techniques, and justify a design against quantified signal-quality, noise and impairment constraints.(BLO2.4 - Model and evaluate an optical, photonic or optoelectronic transmission subsystem, select suitable… - TEM - Model and evaluate an optical, photonic or optoelectronic transmission subsystem, select suitable components and modulation or signal-processing techniques, and justify a design against quantified signal-quality, noise and impairment constraints.)
- Catégorie de cours
- Entité de gestion (faculté)
- Faculty of Computer Science, Information Technology and Energy (RTU)