Communication and Distributed Systems

Seminar: Communication and Distributed Systems

Organization

  • Supervision: Prof. Dr. Torsten Braun
  • Coordination: Dr. Antonio Di Maio
  • Time: Every Monday, from 13:15 to 15:00
  • Location: Room 111, Engehalde, E8

Prerequisite

Basic knowledge in computer networks as e.g., obtained in the bachelor lecture Computer Networks.

Target Group

BA/MSc students doing a thesis in the CDS group, Ph.D. students, and postdocs of the CDS group.

Content

The seminar is composed of presentations about current research topics that are investigated in the context of Ph.D./Postdoc research activities.

Attendance

Each presenter must prepare three questions about the content of the presentation. The other students will have to attend the talk and upload the answers to the talk's questions on ILIAS before the following Thursday at 23:59 in order to have their attendance accounted for.

Remarks

  • For BA/MSc students who need ECTS points, they may take the seminar as „Proseminar“ or a Master seminar respectively. In this case, the students must give at least one talk and a topic must be agreed upon with the seminar supervisor beforehand. Seminar topics are distributed in the first week of the semester.
  • The participation of 80% of the seminar talks is also needed to qualify for ECTS points. Excuses for important reasons (according to article 23 RSL) are accepted, proof is required in such cases. It is mandatory to attend the first class of the semester.
  • Presentation titles should be announced prior to the presentation. After the presentation, the presenters must forward their slides to the coordinator for publication on ILIAS. Please use the Uni Bern template to prepare your presentation.
  • Seminar talks last 25 minutes, followed by a 15-minute Q&A session.

Schedule of the Spring Semester 2023

-
 Date Name  Title 
20.2.2023 Hugo Santos (PhD, remote)

Patric Hammler (PhD)

A Flying Edge Computing Service Orchestration with Mobility and Priority Support

Selective Environments: How to make Single-Agent Reinforcement Learning Applicable to Real-World Supply Chain Systems?

27.2.2023 Yamshid Farhat (PhD)

Jakob Schaerer (PhD)

Planning & operation of local energy systems, a game’s theory problem

A Distributed Audit Trail for the Internet of Things

6.3.2023 Xing Hexu (PhD)

Tofunmi Ajayi (PhD)

Transformer Based Multiple Object Tracking and Viewport Prediction in Real-time VR Streaming

Learning for Admission Control in Software-Defined Mobile Networks

13.3.2023 (no seminar)
20.3.2023 (no seminar)

27.3.2023

Diego Oliveira (PhD)

Lucas Pacheco (PhD)

Mobility-aware Latency-constrained Data Placement in SDN-enabled Edge Networks

DrivePFL: Adaptive Driving Assistance with Partial Federated Learning
3.4.2023

Negar Emami (PhD)

Eric Samikwa (PhD)

Distributed Network-Adaptive Trajectory Prediction in Cooperative and Non-Cooperative Multi-Agent Environments

DISNET: Distributed Micro-Split Deep Learning in Heterogeneous Dynamic IoT
17.4.2023
Alisson Medeiros (PhD)

Maria Hrabosova (PhD)


Latency-aware Adaptive Bitrate for 6DoF VR Streaming over Edge Computing

Floating Services: Networking for Immersive Communications
24.4.2023 Gao Chuyang (PhD)

Dimitris Xenakis (PhD)


Amalgamation of optimization and reinforcement learning algorithm for 360 video edge caching in immersive communication networks

Anchor-free Ranging-Likelihood-based Cooperative Localization
1.5.2023 Marko Markovic (MSc, supervised by Jakob Schaerer)

Marko Cirkovic (supervised by Tofunmi Ajayi)

Federate Low-Cost Sensor Networks for Micro-Climate Assessments

The Challenges of 5G and Beyond and How to Overcome Them: How MEC can transform the way we use 5G
8.5.2023 Iñaky Ordiales (supervised by Lucas Pacheco)

Andjela Radovanovic (MSc, supervised by Dimitris Xenakis)

Federated Vehicular Networks - Opportunities and Challenges

Fully distributed cooperative localization with robustness against structure misalignments
15.5.2023 Ishan Ufuk Dede (supervised by Jakob Schaerer)

Oleksandr Pertsiukh

Marco De Liso (BSc, supervised by Antonio Di Maio)

A Distributed Calibration Certificate Infrastructure

Securing Ad-Hoc Networks with Dynamic Model Predictive Control

A Reactive Joint Relocation Strategy for MANET Resiliency
22.5.2023 Diego Oliveira (PhD)

Dr. Antonio Di Maio
Mobility-aware Software-Defined Service-Centric Networking for Service Provisioning in Urban Environments

Gossip Learning over Time-Varying Graphs