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Autonomous Real-Time Systems
Current students
Completed thesis / projects
- [Marie Christ '09, student winter project]
- [Daniel Breese '09, Honours student]
- [Navinda Kottege '04-'09, Ph.D. student]
- [Felix Schill '03-'08, Ph.D. student]
- [Shahab Kalantar '03-'07, Ph.D. student]
- [Justin Arthur '04/'05 summer scholar]
- [Christfried Webers '02-'05, Ph.D. student]
- [Andreas Pfeil '05-'08, Ph.D. student]
- [Abhinav (Ram) Somaraju '04-'07, Ph.D. student]
- [Kirill Kouzoubov '02-'05, Ph.D. student]
- [David Robertson Tulloh '04, Honours student]
- [Ankur Agrawal, student winter project '04]
- [Denver Serrao, student winter project '04]
- [Daniel Jang, '03/'04 summer scholar]
- [Ilona Pabst '03, Ph.D. student on a research project]
- [Christoph Burger-Scheidlin, student winter project '03]
- [Aakash Jain, student winter project '03]
- [Benjamin Liebald, student winter project '03]
- [Vinod Patmanathan, student winter project '03]
- Design and implementation of a school of compact autonomous submersibles (KAMBRINIS) [Alexander Bahr '03, postgraduate project]
- [Manuela Mark '02-'03]
- Inertia based control of the KAMBARA submersible [David Biddle '02-'03, Honours student & summer scholar]
- Underwater scanning sonar sensing [Daniel Brenner '02-'03]
- Distributed temporal event mapping and fusion [Felix Schill '01-'02, Diploma student]
- Distributed global time system in TCP/IP and Ada-RPC [Sharon Ong '01, summer scholar]
- Approximate sensor-data correlation under hard real-time constraints [Ram Somaraju '01, summer scholar]
LISA
(auditory modelling, specific and general spatial and behavioural models)
ALICE
(self-localization, exploration, world-modelling, navigation, neural networks)
- Simulation of ALICE and dynamic situation clustering [Rainer Smidt '94]
- Navigation strategies based on reinforcement learning [Cornelia Fischer '94]
- Construction of the ALICE-platform [Andreas Prüß '94]
- Self-localization and stable world modelling under realtime constraints [Pascal Lefèvre '94]
- Exploration strategies for qualitative topologic world modelling [Andreas Prüß '95]
- Multi-layer self-organizing maps applied for distributed world modelling [Stefan Stranz '95]
(sources of this project are available on request)
SPIN
(subsymbolic, geometric abstractions - object recognition)
- Generation of an 3-d world model and adequate control of a laser range finder [Matthias Schäfer '93]
- Efficient geometric world modelling [Martin Stecher '94]
- Selective attention strategies for active surface completion [Franz-Josef Nölke '94]
- The extraction of surfaces [Martin Stecher '92]
- A neural fuzzy decision system [Jörg Bruske '93]
- Completion of 3-d surfaces with multi-layer backpropagation networks and frequency coding
- [Wolfgang Grund '93]
- Generalization and completion of surfaces with multi-layer backpropagation networks [Jörg Trundt '94]
- Classification of surfaces on the base of generalization trees and unsupervised neural networks [Edmund Klapper '93]
- Dynamic surface classifications on the base of 3Grow and Learn2 (GAL) from Alpaydin [Manfred Sigmann '93]
- Dynamic classification of surfaces with growing cell structures [Herman Keuchel '92]
- Dynamic classification of surface-clusters on the base of Adaptive Resonance Theory (ART) [Herman Keuchel '94]
- Dynamic classification of surface-clusters with problem dependent cell structures [Martin Wagner '93]
(sources of this project are available on request)
ALBATROSS
(realtime communication and operating system)
- ALBATROSS - all the kernel structures [Christopher Wetzler '91]
- ALBATROSS - the I/O structure [Rolf Peukert '91]
- The ALBATROSS communication scheduler [Richard Tebuckhorst '92]
- Cyclic scheduling in a realtime communication system [Rolf Peukert '94]
- The blackboard communication scheme [Franz-Josef Nölke '92]
- A communication monitor [Dirk Sabiwalsky '92]
- Configuring the hardware components of ALBATROSS [Johann B. Adam '93]
Miscelanious
- Pulsed infrared detectors [Oliver Mezger '94]
- Userinterface for a classifier system [Oliver Schmitt '93]
- Cutlery classification employing Learning Vector Quanitization (LVQ) [Joachim Bayer '93]
- Graphical user-interface controlling a five degree of freedom manipulator [Jörg Trundt '92]
- Efficient teaching and control of a fiv degree of freedom manipulator [Stefan Stranz '93]
- Speed measurement and control of DC-motor employing a PID controller [Matthias Schäfer '91]
- Statistical evaluation of field-tests with a new anodyne [Regina Schmitt '91]
- Realtime extentions for a Modula-2 compiler [Ulrich Diel '90]
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