Implementing Control Algorithms Within a Multithreaded Java Microcontroller. - Uwe Brinkschulte; Mathias Pacher (ARCS, 2005)

Improving the Real-time Behaviour of a Multithreaded Java Microcontroller by Control Theory and Model Based Latency Prediction. - Uwe Brinkschulte; Mathias Pacher (WORDS, 2005)

Evaluation of the Komodo Microcontroller and the OSA+ Middleware Using an Autonomous Guided Vehicle. - Uwe Brinkschulte; Mathias Pacher; Florentin Picioroaga; Stefan Gaa (ISORC, 2006)

Towards an Organic Middleware for Real-Time Applications. - Mathias Pacher; Alexander von Renteln; Uwe Brinkschulte (ISORC, 2006)

A Scheduling Strategy for a Real-Time Dependable Organic Middleware. - Uwe Brinkschulte; Alexander von Renteln; Mathias Pacher (SAMOS, 2006)

Towards an Artificial Hormone System for Self-organizing Real-Time Task Allocation. - Uwe Brinkschulte; Mathias Pacher; Alexander von Renteln (SEUS, 2007)

An Artificial Hormone System for Self-Organizing Real-Time Task Allocation in Organic Middleware. - Uwe Brinkschulte; Mathias Pacher; Alexander von Renteln (Organic Computing, 2008)

Measuring the quality of an artificial hormone system based task mapping. - Uwe Brinkschulte; Alexander von Renteln; Mathias Pacher (Autonomics, 2008)

A Control Theory Approach to Improve the Real-Time Capability of Multi-Threaded Microprocessors. - Uwe Brinkschulte; Mathias Pacher (ISORC, 2008)

A Theoretical Examination of a Self-Adaptation Approach to Improve the Real-Time Capabilities in Multi-Threaded Microprocessors. - Uwe Brinkschulte; Mathias Pacher (SASO, 2009)

Towards a Statistical Model of a Microprocessor's Throughput by Analyzing Pipeline Stalls. - Uwe Brinkschulte; Daniel Lohn; Mathias Pacher (SEUS, 2009)

Real-Time Distribution of Time-Dependant Tasks in Heterogeneous Environments. - Mathias Pacher; Uwe Brinkschulte (ISORC Workshops, 2010)

Chip-Size Evaluation of a Multithreaded Processor Enhanced with a PID Controller. - Michael Bauer; Mathias Pacher; Uwe Brinkschulte (SEUS, 2010)

Selbstorganisierende Verteilung von zeitlich abhängigen Tasks in verteilten Systemen. - Mathias Pacher (2010)

The Artificial Hormone System - An Organic Middleware for Self-organising Real-Time Task Allocation. - Alexander von Renteln; Uwe Brinkschulte; Mathias Pacher (Organic Computing, 2011)

Introducing a simplified implementation of the AHS organic middleware. - Alexander von Renteln; Uwe Brinkschulte; Mathias Pacher (OC@ICAC, 2011)

A Generalized Model to Control the Throughput in a Processor for Real-Time Applications. - Daniel Lohn; Mathias Pacher; Uwe Brinkschulte (ISORC, 2011)

Ordering of Time-Dependent Tasks for Self-Organized Resource Scheduling. - Mathias Pacher; Uwe Brinkschulte (ISORC Workshops, 2011)

An Agressive Strategy for an Artificial Hormone System to Minimize the Task Allocation Time. - Uwe Brinkschulte; Mathias Pacher (ISORC Workshops, 2012)

Detection and Defense Strategies against Attacks on an Artificial Hormone System Running on a Mixed Signal Chip. - Christoph Leineweber; Mathias Pacher; Benjamin Betting; Julius von Rosen; Uwe Brinkschulte; Lars Hedrich (ISORC, 2012)

Implementation and evaluation of a self-organizing artificial hormone system to assign time-dependent tasks. - Mathias Pacher; Uwe Brinkschulte (Concurr. Comput. Pract. Exp., 2012)

Solving Distributed Dynamic Optimization Problems in Self-optimizing Systems by Approximating the Interaction between Agents. - Sebastian Niemann; Christian Müller-Schloer; Mathias Pacher (ARCS Workshops, 2013)

Evaluation and superiority analysis of a decentralized task control mechanism for dependable real-time SoC architectures. - Benjamin Betting; Uwe Brinkschulte; Mathias Pacher (ISORC, 2013)

A Formal Specification of the Hormone Loop of an Artificial Hormone System. - Mathias Pacher; Uwe Brinkschulte (ESOS, 2013)

Using a Machine Learning Algorithm to Control an Artificial Hormone System. - Mathias Pacher (ISORC, 2014)

A Simulator to Validate the Concept of Artificial DNA for Self-Building Embedded Systems. - Uwe Brinkschulte; Mathias Pacher; Benjamin Betting (SASO Workshops, 2014)

Development and Evaluation of Hierarchical Artificial Hormone Systems. - Mathias Pacher; Andreas Lund 001; Uwe Brinkschulte (ISORC, 2016)

Two-level extensions of an artificial hormone system. - Mathias Pacher (Concurr. Comput. Pract. Exp., 2016)

Monitoring of an Artificial DNA in Dynamic Environments. - Mathias Pacher; Uwe Brinkschulte (IESS, 2019)

Towards an Artificial DNA for the Use in Dynamic Environments. - Mathias Pacher; Uwe Brinkschulte (ISORC, 2019)

Online-Diagnosis with Organic Computing based on Artificial DNA. - Uwe Brinkschulte; Roman Obermaisser; Simon Meckel; Mathias Pacher (SA, 2019)

Complexity Analysis of Task Dependencies in an Artificial Hormone System. - Eric Hutter; Mathias Pacher; Uwe Brinkschulte (GI-Jahrestagung, 2020)

Evaluation and Complexity Analysis of Task Dependencies in an Artificial Hormone System. - Eric Hutter; Mathias Pacher; Uwe Brinkschulte (ISORC, 2020)

On the Hardness of Problems Involving Negator Relationships in an Artificial Hormone System. - Eric Hutter; Mathias Pacher; Uwe Brinkschulte (CoRR, 2020)

Evaluation of the dependability of an artificial DNA in a dynamic automotive environment. - Mathias Pacher; Uwe Brinkschulte (J. Syst. Archit., 2020)

Handling Communication Dropouts in an Artificial Hormone and DNA System. - Uwe Brinkschulte; Mathias Pacher (ISORC, 2021)

Improving the fail-operational behavior of automotive applications by artificial DNA. - Uwe Brinkschulte; Mathias Pacher; Melanie Brinkschulte (Concurr. Comput. Pract. Exp., 2021)

Organic Computing to Improve the Dependability of an Automotive Environment. - Timo Kisselbach; Simon Meckel; Mathias Pacher; Uwe Brinkschulte; Roman Obermaisser (ARCS, 2022)

Evaluation of Conditional Tasks in an Artificial DNA System. - Philipp Homann; Mathias Pacher; Uwe Brinkschulte (ISORC, 2022)

The Next Step in the Evolution of Artificial DNA: the Abstract ADNA. - Aleksey Koschowoj; Mathias Pacher; Uwe Brinkschulte (LIFELIKE, 2022)

Towards Dependable Unmanned Aerial Vehicle Swarms Using Organic Computing. - Jonas Diegelmann; Philipp Homann; Mathias Pacher; Uwe Brinkschulte (ARCS, 2023)

Evaluating the Comprehensive Adaptive Chameleon Middleware for Mixed-Critical Cyber-Physical Networks. - Melanie Feist; Mathias Pacher; Uwe Brinkschulte (ARCS, 2023)

Self-adaptive Diagnosis and Reconfiguration in ADNA-Based Organic Computing. - Utkarsh Raj; Simon Meckel; Aleksey Koschowoj; Mathias Pacher; Roman Obermaisser; Uwe Brinkschulte (ARCS, 2023)

An Organic Computing Approach for CARLA Simulator. - Timo Kisselbach; Philipp Wörner; Mathias Pacher; Uwe Brinkschulte (ARCS, 2024)

The Adaptation Mechanism of Chameleon - A Comprehensive Adaptive Middleware for Mixed-Critical Cyber-Physical Networks. - Melanie Feist; Uwe Brinkschulte; Mathias Pacher (ISORC, 2024)

Evaluation of Trust Metrics in an Artificial Hormone System. - Philipp Homann; Jonas Diegelmann; Mathias Pacher; Uwe Brinkschulte (ISORC, 2024)