- ESTR -Energy Saving Token Ring Protocol for Wireless Sensor Networks
- Multithreaded Trap routines
- Self-configuration and Self-healing in AUTOSAR Wolfgang Trumler, Markus Helbig, Andreas Pietzowski, Benjamin Satzger, Theo Ungerer
- A Scheduling Technique Providing a Strict Isolation of Realtime Threads
- Agent-based Distributed Computing with JMessengers
- Ein mehrf adiger JavaMikrocontroller f ur eingebettete Systeme
- A Microkernel Middleware Architecture for Distributed Embedded Real-Time Systems
- Interrupt Service Threads A New Approach to Handle Multiple Hard RealTime Events on a Multithreaded Microcontroller
- A RealTime Java System on a Multithreaded Java Microcontroller M. Pfeffer, S. Uhrig, Th. Ungerer
- HiPEAC in Germany SC member: Theo Ungerer, University of Augsburg
- Realizing Self-x Properties by an Automated Planner Julia Schmitt, Michael Roth, Rolf Kiefhaber, Florian Kluge, Theo Ungerer
- A Dynamic Instruction Scratchpad Memory for Embedded Processors Managed by Hardware
- Int. J. Sensor Networks, Vol. 6, Nos. 3/4, 2009 157 Copyright 2009 Inderscience Enterprises Ltd.
- A Two-dimensional Superscalar Processor Architecture
- Towards Indoor Location Estimation and Tracking with Wireless Sensors
- Mobile Agents for Wireless Sensor Networks Faruk Bagci1, Julian Wolf1, Theo Ungerer1, and Nader Bagherzadeh2
- Implementing AUTOSAR Scheduling and Resource Management on an Embedded SMT Processor
- A Two-Layered Management Architecture for Building Adaptive Real-time Systems
- Grouping Algorithms for Scalable Self-Monitoring Distributed Systems
- LocSens -An Indoor Location Tracking System using Wireless Sensors
- Architectures for Hard Real-Time
- A Lazy Monitoring Approach for Heartbeat-Style Failure Detectors
- Wireless Sensor Networks Dr. Faruk Bagci
- A Distributed Self-healing Data Store Wolfgang Trumler, Jorg Ehrig, Andreas Pietzowski, Benjamin Satzger, and
- Adaptive Self-optimization in Distributed Dynamic Environments Wolfgang Trumler, Andreas Pietzowski, Benjamin Satzger, Theo Ungerer
- Variations and Evaluations of an Adaptive Accrual Failure Detector to Enable Self-healing
- A New Adaptive Accrual Failure Detector for Dependable Distributed Systems
- A Bio-Inspired Approach for Self-Protecting an Organic Middleware with Artificial Antibodies
- Comparison of Different Methods for Next Location Prediction
- An Artificial Immune System and its Integration into an Organic Middleware for Self-Protection
- Next Location Prediction Within a Smart Office Building Jan Petzold, Faruk Bagci, Wolfgang Trumler, and Theo Ungerer
- Confidence Estimation of the State Predictor Jan Petzold, Faruk Bagci, Wolfgang Trumler, and Theo Ungerer
- Person Movement Prediction Using Neural Networks Lucian Vintan1
- AMUN Autonomic Middleware for Ubiquitious eNvironments Applied to the Smart Doorplate Project
- Dynamic Real-Time Reconfiguration on a Multithreaded Java-Microcontroller Matthias Pfeffer, Theo Ungerer
- This paper proposes CARUSO a new SoC approach that emphasizes Connectivity, Autonomic
- Global and Local State Context Prediction Jan Petzold, Faruk Bagci, Wolfgang Trumler, and Theo Ungerer
- Hardware-based Power Management for Real-Time Applications
- Smart Doorplates -Toward an Autonomic Computing System Wolfgang Trumler, Faruk Bagci, Jan Petzold, Theo Ungerer
- Smart Doorplate WOLFGANG TRUMLER, FARUK BAGCI, JAN PETZOLD, THEO UNGERER
- Real-time Scheduling on Multithreaded Processors J. Kreuzinger, A. Schulz, M. Pfeffer, Th. Ungerer
- Performance Evaluations and Chip-Space Requirements of a Multithreaded Java Microcontroller
- A Microkernel Architecture for a Highly Scalable Real-Time Middleware U. Brinkschulte, C. Krakowski, J. Riemschneider J. Kreuzinger, M. Pfeffer, T. Ungerer
- Interrupt Service Threads -A New Approach to Handle Multiple Hard Real-Time Events on a Multithreaded Microcontroller
- Universitt Augsburg Final System-Level Software
- Universitt Augsburg System-Level Software
- Universitat Augsburg Reconfigurable Extension for CarCore
- Universitat Augsburg Person Movement Prediction Using
- Universitat Augsburg Context Prediction Based on Branch
- Universitat Augsburg Basic System-Level Software
- Institut fur Informatik Universitat Augsburg
- Chip Space and Transistor Count Estimator Marc Steinhaus
- Fine-Grained Power Management for Real-Time Embedded Processors
- SecSens -Security Architecture for Wireless Sensor Networks Faruk Bagci, Theo Ungerer
- Improving Next Location Prediction by Using Hybrid Predictors
- The Komodo Project: Threadbased Event Handling Supported by a Multithreaded Java Microcontroller
- Real-time Event-handling and Scheduling on a Multithreaded Java Microcontroller
- Microkernel Architecture for Highly Scalable RealTime Middleware Brinkschulte, Krakowski, Riemschneider
- Performance Evaluations of a Multithreaded Java Microcontroller
- Realtime Scheduling on Multithreaded Processors J. Kreuzinger, A. Schulz, M. Pfeffer, Th. Ungerer
- Towards an Organic Middleware for the Smart Doorplate Project
- Building Adaptive Embedded Systems by Monitoring and Dynamic Loading of Application
- A Multithreaded Java Microcontroller for ThreadOriented RealTime EventHandling
- Performance Evaluations of a Multithreaded Java Microcontroller
- Hybrid Predictors for Next Location Prediction Jan Petzold, Faruk Bagci, Wolfgang Trumler, and Theo Ungerer
- Synchronisation im JMessengers Agentensystem Ute Wolf 1 , Jochen Kreuzinger 1 , Theo Ungerer 2
- Universitt Augsburg Rened System-Level Software
- Energy Management for Embedded Multithreaded Processors
- Transistor Count and Chip-Space Estimation of SimpleScalar-based Microprocessor Models
- Communication and Security Extensions for a Ubiquitous Mobile Agent System (UbiMAS)
- Global State Context Prediction Techniques Applied to a Smart Office Building J. Petzold 1 , F. Bagci 1 , W. Trumler 1 , T. Ungerer 1 , and L. Vintan 2
- Universitat Augsburg Augsburg Indoor Location Tracking
- An Operating System Architecture for Organic Computing in Embedded Real-Time Systems
- Global and Local State Context Prediction Jan Petzold, Faruk Bagci, Wolfgang Trumler, and Theo Ungerer
- Dynamic RealTime Reconfiguration on a Multithreaded JavaMicrocontroller Matthias Pfeffer, Theo Ungerer
- AMUN An Autonomic Middleware for the Smart Doorplate Project
- Prediction of Indoor Movements Using Bayesian Networks
- On Performance, Transistor Count and Chip Space Assessment of Multimedia-enhanced Simultaneous Multithreaded Processors
- The Komodo Project: Thread-based Event Handling Supported by a Multithreaded Java Microcontroller
- Autonomic SoC node Florian Kluge,1
- Universitat Augsburg Der Komodo Mikrocontroller
- A Multithreaded Java Microcontroller for Thread-Oriented Real-Time Event-Handling
- The Grid ALU Ralf Jahr,1
- POSTER ABSTRACT Fine-Grained Power Management for Multithreaded
- Realtime Garbage Collection for a Multithreaded Java Microcontroller S. Fuhrmann, M. Pfeffer, J. Kreuzinger, Th. Ungerer
- Echtzeitf ahige Ereignisbehandlung mit Hilfe eines mehrf adigen Java-Prozessorkerns f ur Systems-on-a-Chip
- Self-healing distributed systems Dissertation
- Institut fur Informatik Universitat Augsburg
- Global State Context Prediction Techniques Applied to a Smart Office Building J. Petzold1
- Support of Reflective Mobile Agents in a Smart Office Environment
- An Artificial Hormone System for Self-organization of Networked Nodes
- Noname manuscript No. will be inserted by the editor
- Self-configuration via Cooperative Social Wolfgang Trumler, Robert Klaus, and Theo Ungerer
- On Performance, Transistor Count and Chip Space Assessment of Multimedia enhanced Simultaneous Multithreaded Processors
- Performance Evaluations and ChipSpace Requirements of a Multithreaded Java Microcontroller
- Daemon Daemon Daemon Daemon wave.ics.uci.edu i80pc1.ira.uka.de
- Noname manuscript No. (will be inserted by the editor)
- MobileAgentenundClusterComputingamBeispiel desMESSENGERS-Systems
- Using Positive and Negative Selection from Immunology for Detection of Anomalies in a Self-Protecting Middleware
- MobileAgentenundClusterComputingamBeispiel desMESSENGERSSystems
- Transistor Count and Chip-Space Estimation of SimpleScalar-based Microprocessor Models
- Connecting Peripheral Interfaces to a Multithreaded Java Microcon Sascha Uhrig, University of Augsburg, 86159 Augsburg, Germany
- Implementing Real-time Scheduling Within a Multithreaded Java Microcontroller
- CARUSO Project Goals and Principal Approach Uwe Brinkschulte*
- Ubiquitous Mobile Agent System in a P2P-Network
- Ein mehrfadiger Java-Mikrocontroller fur eingebettete Systeme
- How to Enhance a Superscalar Processor to Provide Hard Real-Time Capable In-Order SMT
- The State Predictor Method for Context Prediction Jan Petzold, Faruk Bagci, Wolfgang Trumler, and Theo Ungerer
- Integration of Hard Real-Time and
- A Real-Time Capable Many-Core Model Stefan Metzlaff, Jorg Mische, Theo Ungerer
- IPC Control for Multiple Real-Time Threads on an In-Order SMT Processor
- Time Analysable Synchronisation Techniques for Parallelised Hard Real-Time Applications
