| Author |
Session |
Start page |
Title |
| B B C D G J K L N P Q R S W X |
| Barbeau, Michel |
QCIT-S2.1 |
|
Economic No-Key Semi-Quantum Direct Communication Protocol |
| C B C D G J K L N P Q R S W X |
| Caleffi, Marcello |
QCIT-S2.4 |
|
End-to-End Entanglement Rate: Toward a Quantum Route Metric |
| Chen, Xiaoguang |
QCIT-S2.3 |
|
The design of quantum frame via time division multiplexing |
| Coon, Justin |
QCIT-S1.1 |
|
Quantum Enhanced Classical Sensor Networks |
| D B C D G J K L N P Q R S W X |
| Datta, Animesh |
QCIT-S1.1 |
|
Quantum Enhanced Classical Sensor Networks |
| Di Candia, Roberto |
QCIT-S2.5 |
|
Multiantenna Quantum Backscatter Communications |
| Duan, Ruifeng |
QCIT-S2.5 |
|
Multiantenna Quantum Backscatter Communications |
| G B C D G J K L N P Q R S W X |
| Garani, Shayan |
QCIT-S1.3 |
|
Recovery of distributed quantum information from a node failure using graph states |
| J B C D G J K L N P Q R S W X |
| Jäntti, Riku |
QCIT-S2.5 |
|
Multiantenna Quantum Backscatter Communications |
| Jiang, Yuming |
QCIT-S1.2 |
|
Performance Guarantees in Quantum Key Distribution Networks |
| K B C D G J K L N P Q R S W X |
| Konofaos, Nikolaos |
QCIT-S1.4 |
|
Quantum Pattern Recognition for Local Sequence Alignment |
| L B C D G J K L N P Q R S W X |
| Long, Guilu |
QCIT-S2.2 |
|
Universal quantum channel simulation in duality quantum computing |
| Lu, Haoye |
QCIT-S2.1 |
|
Economic No-Key Semi-Quantum Direct Communication Protocol |
| N B C D G J K L N P Q R S W X |
| Nadkarni, Priya |
QCIT-S1.3 |
|
Recovery of distributed quantum information from a node failure using graph states |
| Nayak, Amiya |
QCIT-S2.1 |
|
Economic No-Key Semi-Quantum Direct Communication Protocol |
| P B C D G J K L N P Q R S W X |
| Prousalis, Konstantinos |
QCIT-S1.4 |
|
Quantum Pattern Recognition for Local Sequence Alignment |
| Q B C D G J K L N P Q R S W X |
| Qiu, Penghui |
QCIT-S2.3 |
|
The design of quantum frame via time division multiplexing |
| R B C D G J K L N P Q R S W X |
| Raina, Ankur |
QCIT-S1.3 |
|
Recovery of distributed quantum information from a node failure using graph states |
| Ruttik, Kalle |
QCIT-S2.5 |
|
Multiantenna Quantum Backscatter Communications |
| S B C D G J K L N P Q R S W X |
| Simmons, David |
QCIT-S1.1 |
|
Quantum Enhanced Classical Sensor Networks |
| Sun, Fengyou |
QCIT-S1.2 |
|
Performance Guarantees in Quantum Key Distribution Networks |
| W B C D G J K L N P Q R S W X |
| Wei, ShiJie |
QCIT-S2.2 |
|
Universal quantum channel simulation in duality quantum computing |
| X B C D G J K L N P Q R S W X |
| Xin, Tao |
QCIT-S2.2 |
|
Universal quantum channel simulation in duality quantum computing |
