Unfortunatly, there are only some avaiable via WWW....
The papers are tidyed for their appearance, where the availble ones tidyed first.
M. Bogdan and W. Rosenstiel, Artificial Neural Nets for Peripheral
Nervous System - remoted Limb Prostheses (PostScript, compressed,
344 kB),
Proceedings of NeuroNimes'94, Marseille, France, December 15-16, 1994, pp 193-202.
J.-U. Meyer, E. Valderrama und
P. Dario, Perforated Silicon Dice
with Integrated Nerve Guidance Channel for Interfacing Peripheral
Nerves (PostScript, compressed, 1.8 MB), Proceedings of Eight IEEE International Workshop on Micro Electromedical Systems (MEMS'95),
Amsterdam, The Netherlands, January 30 - February 2, 1995
M. Bogdan, Alexei Babanine, Jörg Kaniecki and W. Rosenstiel, Nerve Signal Processing using Artificial
Neural Nets (PostScript, compressed,
761 kB),
International Workshop on Information Processing in
Cells and Tissues IPCAT'95, Liverpool, UK, September 9-8, 1995, pp 55-68.
M. Bogdan and
W. Rosenstiel, Classification of Nerve Signals using Kohonen`s
Self-Organizing Map (PostScript, compressed, 323 kB), First International Conference on
Bioelectromagnetism, Tampere, Finland, June 9-13, 1996, pp 239-240.
M. Bogdan and
W. Rosenstiel, Intelligent Neural Interface - Signalprocessing of
Nerve Signals using Artificial Neural Nets (Invited paper) (PostScript, compressed, 637 kB),
BioNet'96, Berlin, November 14-15, 1996, pp 33-38, ISBN 3-00-001107-2.
E. Valderrama et al., Silicon
Via-Holes Array for Neural Interface Fabrication, Physics in
Medicine and Biology ISSN 0031-9155, Volume 39a, 1994, pp 568,
Abstracts Books of the World Congress on Medical Physics and
Biomedical Engineering, Rio de Janeiro, Brasil, August 1994.
G. Soldani, M. Cocco, P. Dario,
L. Sebastiani und G. Varelli, Toward the Fabrication of an
Integrated Neural Connector: Technologies to Fabricate Nerve Guidance
Channels and Integrated Silicon Dices, Proceedings on Micro Mechanics
Europe 1994 Workshop (MME'94), Pisa, Italy, September 5-6, 1994, pp 151-156,
and Journal of Micromechanics and Microengineering (to be published).
E. Valderrama et al.,
Regenerative-Type Microeletrode Array Based on Si Technology for
Long-Term Neural Recording and Stimulation, Proceedings of the V
International Symposium on Biomedical Engineering, Santiago de
Compostela, Spain, September 26-28, 1994, pp 121-122.
P. Dario, M. Cocco, G. Soldani,
E. Valderrama, E. Cabruja, J.-U. Meyer, H. Scheithauer, M. Alavi und
V. Burker, Technology and Fabrication of Hybrid Neural Interfaces
for the Peripheral Nervous System, Proceedings of Micro System
Technologies 1994 Conference (MST'94), Berlin, Germany, October 19-21, 1994.
E. Valderrama, R. Villa, E. Cabruja,
P. Garrido, X. Navarro, M. Buti and S. Calvet Regenerative-Type
Neural Interface, IWANN'95, Malaga, Spain, June 7-9, 1995, pp 114-120.
E. Valderrama, P. Garido, E. Cabruja,
P. Heiduschka, A. Harsch and W. Göpel, Microfabrication and
Characterisation of Microelectrode Arrays for In Vivo Nerve Signal
Recording (PostScript, compressed, 707 kB), for Transducers '95, Stockholm.
email: bogdan@peanuts.informatik.uni-tuebingen.de