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Quantum Clustering in Fibre Communication Systems
Stichworte:
Quantum Clustering
Quantum Clustering
Kurzbeschreibung:
K-Means Clustering is used as a classical algorithm for phase estimation in optical fiber. There is a quantum version of the K-Means clustering algorithm that promises an exponential speed advantage over the classical version. The goal is to compare the classical and the quantum algorithm.
K-Means Clustering is used as a classical algorithm for phase estimation in optical fiber. There is a quantum version of the K-Means clustering algorithm that promises an exponential speed advantage over the classical version. The goal is to compare the classical and the quantum algorithm.
Beschreibung
K-Means Clustering is used as a classical algorithm for phase estimation in
optical fiber. There is a quantum version of the K-Means clustering algorithm
that promises an exponential speed advantage over the classical version.The goal is to compare the classical and the quantum algorithm.
Betreuer:
Zero-error capacity for multi-user channels with feedback
Stichworte:
zero-error capacity, multi-user
zero-error capacity, multi-user
Beschreibung
In this project the student should calculate the zero-error capacity for
a multi-user model with feedback.
Voraussetzungen
Information theory
Betreuer:
Student
Gesong Xia
Abgeschlossene Abschlussarbeiten
2021
Forschungspraxis (Research Internships)
-
05.05.2021 Ludwig Lohmer
Community Aware Group Testing
Betreuer: Christian Deppe
2020
Bachelorarbeiten
-
23.11.2020 Wael Torjmene
Kodierungsstrategie für den Z-Channel mit Rückkopplung
Betreuer: Christian Deppe -
01.10.2020 Xinru Dou
Unidirectional errors with noiseless feedback
Betreuer: Christian Deppe -
18.06.2020 Leander Köhler
Implemantation of an Error Correcting Code with Limited Magnitude for Finite Blocklength
Betreuer: Christian Deppe
Masterarbeiten
-
04.06.2020 Sencer Derebeyo?lu
Konstruktion von Identifikationskodes
Betreuer: Christian Deppe
Forschungspraxis (Research Internships)
-
08.09.2020 Johannes Rosenberger
Identification for semi arbitratily varying broadcast channel
Betreuer: Christian Deppe
2019
Bachelorarbeiten
-
02.12.2019 Reza Khasbullah
Quantum Games - Description and Simulation of CHSH Game
Betreuer: Christian Deppe -
23.10.2019 Mohamed Berrahal
Realisierung von Identifikationskodes
Betreuer: Christian Deppe -
23.10.2019 Mattia Spandri
Identifikation bei der Quellenkodierung
Betreuer: Christian Deppe -
01.10.2019 Marcel Tri-Tai Chu
Quantum Key Distribution
Betreuer: Christian Deppe
Masterarbeiten
-
12.06.2019 Wafa Labidi
Secure Identification for Gaussian Channels
Betreuer: Christian Deppe
2018
Bachelorarbeiten
-
26.11.2018 Kevin Tong Yan
Ternary Error-Correcting Codes with partial feedback
Betreuer: Christian Deppe -
26.11.2018 Tobias Sukianto
Error-Correcting Codes with partial feedback
Betreuer: Christian Deppe