Åge J. Eide, Ostfold College, Os Alle 11, N-1757 Halden, Tlf. + 47 6921 5337, Fax + 47 6921 5302, Email: age.eide@hiof.no

Neural Network based activities, 1991-2002

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Summary

1. Navigasjon system for satellites

• Celestial star determination using artificial neural networks (2.7)
• A method for Star Identification using Neural Network (2.10)
• Attitude Control Systems for Spacecrafts using Neural Networks and Fuzzy Logic (2.6)

2. Neural Networks in high energy physics experiments

• Particle identification by Cherenkov ring imaging using a neural network approach (1.20)
• A hardware implementation of an analog neural network for Gaussian peak-fitting (1.22)
• An analog neural network hardware solution to a Cherenkov ring imaging particle identifier (1.23)
• Investigation of a VLSI Neural Network Chip as Part of a Secondary Vertex Trigger. (1.24)
• Filtering Data from a drift-chamber detector using neural networks (1.25)
• Implementing the new Zero Instruction Set Computer (ZISC036) from IBM for a Higgs Search (1.28)
• Neural Networks for Tracking (1.29)

3. Future expeiments (at the LHC in CERN ) in high energy physics

• The NEBULAS Project. A study of ATM-based event building for future high rate experiments(2.4)

4. Implementering Neural Networks in hardware (in addition to part 2, above)

• A flexible VME-module with a 68070 computer for embedded applications of the 80170NX analog neural network chip (1.26)
• Radial Basis Function (RBF) Neural Networks. (1.30)
• Hardware Implemented Radial Basis Function (RBF): The IBM Zero Instruction Set Computer (1.31)
• Implementing the Dynamic Decay Adjustment Algorithm in a CNAPS Parallel Computer System (1.32)
• An implementation of the Zero Instruction Set Computer (ZISC036) on a PC/ISA-bus card (2.5)
• Data mining and Neural Networks for Knowledge Discovery (1.33)
• Neural Network Chips (2.11)
• Automatic Design of Neural Networks in Analog Hardware (2.2)

5. Methods/applications

• Recognizing Norwegian Vowels using Neural Networks (2.3)
• Radial Basis Function (RBF) Neural Networks (1.30)
• Artficial neural networks as measuring devices (1.21)
• Eye Identification for Face Recognition with Neural Networks (2.8)
• Wavelets and Signal Processing (2.9)
• Puls Coupled Neural Networks for Pre-Processing of Aurora Images (2.12)
• Feature extraction from photographical images using a hybrid neural network (2.13)
• Ship-wreck detection in the lake Mälaren, using Neural Networks (2.14)
• Steady State Vowel Recognition of Speech Sound using the O-Algorithm (2.15)
• Audio signal identification via pattern capture and template matching (1.34)
• Treatment of obstructive sleep apnea syndrome by monitoring patients airflow signals (1.35)
• Early online detection of upper airway obstructions in OSAS patients (1.36)
• Intelligent Machine Olfaction (2.16)

Please observe (x,y) refers to the publication list, where x=1 implies a journal paper, x=2 implies an international conference paper, and y is the number the paper has in my publication list