| TP | PI | Contributor | Topic | 
| A1 | Mühlhäuser | Brandherm | MEC-Simulator | 
| A1 | Mühlhäuser | Brandherm | MEC-Simulator-2-BigMEC | 
| A1
 | Schürr / Mühlhäuser
 | Speith (né Kluge) /
 Stein
 | cMoflon: Code-Generator für Algorithmen zur Topologiekontrolle
 | 
| A1 | Schürr | Ehmes / Kratz | GIPS: Graph-Based ILP Problem Specification Tool | 
| A1
 | Schürr
 | Ehmes
 | SimSG: Simulation von stochastischen Modellen mit GraTra
 | 
| A2
 | Wehrle
 | Kunze
 | Transport Protocol Issues of In-Network Computing Systems
 | 
| A2
 | Wehrle
 | Kunze
 | Transport Protocol Issues of In-Network Computing Systems
 | 
| A2
 | Wehrle
 | Kunze / Rüth
 | Industrial Use Cases for In-Network Computing
 | 
| A2
 | Wehrle
 | Kunze
 | Industrial Use Cases for In-Network Computing
 | 
| A2
 | Wehrle
 | Kunze
 | Industrial Use Cases for In-Network Computing
 | 
| A2
 | Wehrle
 | Fink
 | Enhancing Security and Privacy with In-Network Computing
 | 
| A3, B3, C5
 
 | Freisleben
 | Höchst / Sterz
 | Seamless Handover Code zum Best Paper Award at LCN 2019
 | 
| A3, C1 D1
 | Hollick
 | Steinmetzer / Widmer (Mercator-Fellow)
 | Talon Tools: The Framework for Practical IEEE 802.11ad Research
 | 
| A3, D1
 | Hollick
 | Classen
 | InternalBlue, Bluetooth experimentation framework for Broadcom and Cypress chips.
 | 
| A3, D1
 | Hollick
 | Schulz / Gringoli (Mercator-Fellow)
 | Nexmon, the C-based Firmware Patching Framework for Broadcom/Cypress WiFi Chips that enables Monitor Mode, Frame Injection and much more
 | 
| B1
 | Hohlfeld
 | Kosek
 | tcpreq – Measuring TCP Specification Conformance
 | 
| B1,C2, C3
 | Steinmetz
 | Meuser
 | Simonstrator Simulationsplattform
 | 
| B2, C7
 |  | Blöcher
 | SFC TSS – Traffic Scheduling Simulator
 | 
| B4, C3
 | Rizk
 | Alt
 | CBA: Contextual Quality Adaptation for Adaptive Bitrate Video Streaming
 | 
| C2 | Koldehofe | Agnihotri | PDSP-Bench: A Benchmarking System for Parallel and Distributed Stream Processing | 
| C2 | Koldehofe | Agnihotri | ZeroTune: Learned Zero-Shot Cost Models for Parallelism Tuning in Stream Processing | 
| C2 | Binnig | Heinrich | COSTREAM: Learned Cost Models for Operator Placement in Edge-Cloud Environments | 
| C2 | Binnig | Hilprecht | Zero-Shot Cost Models for Out-of-the-box Learned Cost Prediction | 
| C2
 | Salvaneschi
 | Weisenburger
 | Adaptive CEP: Domain specific language for Complex Event Processing
 | 
| C2
 | Koldehofe
 | Luthra
 | TCEP: Transition capable CEP System
 | 
| C2
 | Salvaneschi
 | Weisenburger
 | ScalaLoci: Multitier programming for distributed systems
 | 
| C2, A3
 | Koldehofe
 | Luthra
 | INetCEP: In-network event processing in an information-centric networking architecture
 | 
| C2, A4
 | Koldehofe
 | Frömmgen
 | Programming model for MPTCP
 | 
| C2, B2, A4
 | Koldehofe
 | Frömmgen
 | MACI: framework for extensive network evaluations
 | 
| C3
 | Steinmetz
 | Alkhalili
 | RATS: Adaptive 360-degree Live Streaming
 | 
| C5, A3, B3
 | Freisleben
 | Höchst / Sterz
 | OPPLOAD: Workflow Offloading in Opportunistic Networks
 | 
|  |  | Andres | lectureStudio |