Master Thesis Optical Network Projects

        Master Thesis Optical Network Projects is an animated research rainbow which helps you to shine in this world as like a sun. We give energetic ecosystem for our students and research Profs to magnificently simulate their knowledge by way of our ultimate skillful expert’s guidance. Our dedicative team of professionals is recently prepared 10000+ advanced optical network projects with their 15+ years of experience and knowledge. Would you like to discuss about your project? Click one mail to us.

List of High-Grade Optical Network Projects Titles:  

• Dynamic optical fiber delivery of Ka-band packet transmissions for wireless access networks
• Long-term CAPEX evolution for slotted optical packet switching in a metropolitan network
• Application of probabilistic modeling and machine learning to the diagnosis of FTTH GPON networks [Master Thesis Optical Network Projects]
• Enabling low latency at large-scale data center and high-performance computing interconnect networks using fine-grained all-optical switching technology
• Harmonic components and dispersion of mobile network signals due to fiber-optical transmission
• Synchronization and channel estimation in experimental M-QAM OFDM radio over fiber systems using CAZAC based training preamble
• Opto-electronic oscillator in the mm-W range for 5G wireless and mobile networks: Design challenges and possible solutions
• Simultaneous connections routing in W-S-W elastic optical switches with limited number of connection rates
• Beat Frequency Characterization and Stabilization for Short-Cavity DBR Fiber Grating Laser Based Sensor
• OAM based Hybrid Free-Space Optical-Terahertz Multidimensional Coded Modulation and Physical-Layer Security
• HOLST: Architecture design of energy-efficient data center network based on ultra-High-speed Optical Switch
• Non-orthogonal Multiple Access for High-reliable and Low-latency V2X Communications in 5G Systems
• Design of Hybrid Wireless and Power Line Sensor Networks with Dual-Interface Relay in IoT
• On combining Split Spectrum technique with a Slot-Continuity Capacity Loss heuristic in Elastic Optical Networks [Master Thesis Optical Network Projects]
• Sub-THz source integrated in low-cost Silicon Photonic technology targeting 40 Gb/s wireless links