20240056294. A NETWORK NODE, A TRANSMITTER AND A RECEIVER FOR QUANTUM KEY DISTRIBUTION OVER AN OPTICAL FIBER NETWORK simplified abstract (FUNDACIÓ INSTITUT DE CIÈNCIES FOTÒNIQUES)
A NETWORK NODE, A TRANSMITTER AND A RECEIVER FOR QUANTUM KEY DISTRIBUTION OVER AN OPTICAL FIBER NETWORK
Organization Name
FUNDACIÓ INSTITUT DE CIÈNCIES FOTÒNIQUES
Inventor(s)
Valerio Pruneri of Barcelona (ES)
[[:Category:Ignacio L�pez Grande of Barcelona (ES)|Ignacio L�pez Grande of Barcelona (ES)]][[Category:Ignacio L�pez Grande of Barcelona (ES)]]
Sebastián Echeverry of Barcelona (ES)
A NETWORK NODE, A TRANSMITTER AND A RECEIVER FOR QUANTUM KEY DISTRIBUTION OVER AN OPTICAL FIBER NETWORK - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240056294 titled 'A NETWORK NODE, A TRANSMITTER AND A RECEIVER FOR QUANTUM KEY DISTRIBUTION OVER AN OPTICAL FIBER NETWORK
Simplified Explanation
The abstract describes a network node in an optical fiber network that includes a quantum key distribution (QKD) communication unit capable of operating in different modes.
- The network node has a QKD communication unit that can communicate with other network nodes using CV-QKD and/or DV-QKD modes.
- A control unit is in place to manage the operation of the QKD communication unit, switching between CV-QKD and DV-QKD modes as needed.
- Potential Applications:**
- Secure communication networks
- Quantum cryptography systems
- Data encryption and decryption
- Problems Solved:**
- Ensuring secure communication in optical fiber networks
- Preventing eavesdropping and data breaches
- Enhancing data security and privacy
- Benefits:**
- Enhanced security for sensitive data transmission
- Protection against cyber threats and attacks
- Efficient and reliable encryption methods
Original Abstract Submitted
a network node configured to operate in an optical fiber network can comprise a quantum key distribution (qkd) communication unit adapted to communicate with another qkd communication unit of at least one other network node of the optical fiber network according to a cv-qkd mode and/or a dv-qkd mode. a control unit can be configured to control the qkd communication unit to operate in at least one of the cv-qkd mode and the dv-qkd mode. the control unit can be configured to switch operation of the qkd communication unit between the cv-qkd mode and the dv-qkd mode.