Chun-kit Chan

Digital Signal Processing,Optical Networks,Arbitrary Waveform Generator,Orthogonal Frequency Division Multiplexing,Chaotic System,Computational Complexity,Key Space,Mach-Zehnder Modulator,Transmission Performance,Variable Optical Attenuator,Bit Error Rate,Encryption Scheme,Fast Fourier Transform,Fiber Link,Quantum Key Distribution,Standard Single-mode Fiber,Traffic Load,Blocking Probability,Elastic Optical Networks,Encryption Process,Key Security,Network Topology,Permutation Matrix,Quality Of Transmission,Random Noise,Resource Allocation,Routing Scheme,Secret Key,Security Performance,Service Requests,Signal-to-noise,Traffic Demand,Wavelength Division Multiplexing,Actor-critic Algorithm,Allocation Scheme,Analog Signal,Arrival Time,Assignment Of Spectra,Average Demand,Bandwidth Efficiency,Bit Error Rate Performance,Brillouin Frequency Shift,Candidate Paths,Conventional Signal,Deep Reinforcement Learning,Destination Node,Dynamic Range,Equation Of State,Feature Matrix,Fronthaul Network,