Engineering
Quantum Cryptography
90%
Continuous Variable
80%
Modulated Gaussians
35%
Phase Noise
35%
Local Oscillator
21%
Sidebands
16%
Distribution System
16%
Proof-of-Concept
11%
Optical Pulse
10%
Picosecond
10%
Waveguide
10%
Random Number
10%
Joint Estimation
10%
Frequency Noise
10%
Phase Estimation
10%
Optical Fiber
10%
Machine Learning Method
10%
Gaussian Shape
10%
Optical Phase
10%
Joints (Structural Components)
10%
Reduce Leakage
8%
Light Field
8%
Secret Information
8%
Secret Key
8%
Encoding Scheme
5%
Kalman Filter
5%
Fibre Channel
5%
Quantum State
5%
Keyphrases
Continuous-variable Quantum Key Distribution
60%
Phase Compensation
20%
Trojan Attack
20%
Phase Noise Compensation
20%
Machine Learning
15%
Local Oscillator
15%
Quantum Key Distribution Networks
13%
Optical Waveforms
10%
Invisible
10%
Time Quantum
10%
Digital Synchronization
10%
Quantum Communication Systems
10%
Excess Noise
10%
Quadrature Imbalance
10%
Unbalance Compensation
10%
Network Encryption
10%
Encryptor
10%
Classical Communication
10%
Polarization Compensation
10%
Optical Fiber
10%
Quantum Side Information
10%
Picosecond
10%
Integrated Photonics
10%
Gaussian Modulated Coherent State
7%
Unscented Kalman Filter
5%
Locally Produced
5%
Optical Communication Systems
5%
Phase Quadrature
5%
Secure Key
5%
Root Raised Cosine Pulses
5%
Key Rate
5%
Phase Noise
5%
Machine Learning Based
5%
Phase Tracking
5%
Fiber Channel
5%
State Preparation
5%
Key Distribution Scheme
5%
Quantum Limit
5%
Gram-Schmidt Orthogonalization
5%
Orthogonalization
5%
Phase Estimation
5%
Secure Key Distribution
5%
Continuous Variable Quantum Cryptography
5%
Raman Amplifier
5%
Optimal Key
5%
Quantum Optics
5%
Computer Science
Continuous Variable
100%
Key Distribution
80%
Distribution System
35%
Modulated Gaussians
19%
Cryptographic Key
13%
Local Oscillator
11%
Data Link Layer
10%
Orthogonalization
10%
Quantum Cryptography
10%
Key Generation
8%
Secret Information
8%
Secure Communication
6%
Security Breach
5%
Encoding Scheme
5%
