36 results on '"Andreou, Andreas G."'
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2. Printed Organic Electronic Sensors
3. Low-Voltage/Low-Power Integrated Circuits and Systems
4. Analog Learning Fuzzy ART Chips
5. A VLSI-Friendly ART1 Algorithm
6. ART1 and ARTMAP VLSI Circuit Implementation
7. An ART1/ARTMAP/Fuzzy-ART/Fuzzy-ARTMAP Chip
8. Some Potential Applications For ART Microchips
9. Adaptive Resonance Theory Algorithms
10. A High-Precision Current-Mode WTA-MAX Circuit with Multi-Chip Capability
11. Adaptive Resonance Theory Microchips
12. A Multiple Input Differential Amplifier Based on Charge Sharing on a Floating-Gate MOSFET
13. Characterization of CMOS Process Variations by Measuring Subthreshold Current
14. In-Situ Characterization of Carrier Mobility in Field Effect Transistors
15. Winner-Takes-All Associative Memory: A Hamming Distance Vector Quantizer
16. Asynchronous Communication of 2D Motion Information Using Winner-Takes-All Arbitration
17. Printed Organic Electronic Sensors.
18. INTEGRATING CIRCUITS.
19. Chapter 4: Exploiting Device Physics in Circuit Design for Efficient Computational Functions in Analog VLSI 4.8. References.
20. Chapter 4: Exploiting Device Physics in Circuit Design for Efficient Computational Functions in Analog VLSI 4.5. CONTRAST-SENSITIVE SILICON RETINA.
21. Chapter 4: Exploiting Device Physics in Circuit Design for Efficient Computational Functions in Analog VLSI 4.4. TRANSLINEAR PRINCIPLE.
22. Chapter 4: Exploiting Device Physics in Circuit Design for Efficient Computational Functions in Analog VLSI 4.3. CURRENT-MODE APPROACH.
23. Chapter 4: Exploiting Device Physics in Circuit Design for Efficient Computational Functions in Analog VLSI 4.2. TECHNOLOGYAND DEVICES.
24. Chapter 4: Exploiting Device Physics in Circuit Design for Efficient Computational Functions in Analog VLSI 4.1. INTRODUCTION.
25. Chapter 17: An Information Theoretic Framework for Comparing the Bit Energy of Signal Representations at the Circuit Level 17.4. FOUR SIGNAL REPRESENTATIONS: PHYSICAL ENCODINGS.
26. Chapter 17: An Information Theoretic Framework for Comparing the Bit Energy of Signal Representations at the Circuit Level 17.3. INFORMATION AND COMMUNICATION THEORY PRIMER.
27. Winner-Takes-All Associative Memory: A Hamming Distance Vector Quantizer.
28. Asynchronous Communication of 2D Motion Information Using Winner-Takes-All Arbitration.
29. Chapter 4: Exploiting Device Physics in Circuit Design for Efficient Computational Functions in Analog VLSI 4.7. Appendix A. Bipolar Transistor Model.
30. Chapter 17: An Information Theoretic Framework for Comparing the Bit Energy of Signal Representations at the Circuit Level 17.5. RESULTS.
31. Chapter 4: Exploiting Device Physics in Circuit Design for Efficient Computational Functions in Analog VLSI 4.6. DISCUSSION.
32. Chapter 17: An Information Theoretic Framework for Comparing the Bit Energy of Signal Representations at the Circuit Level 17.7. Appendix A.
33. Chapter 17: An Information Theoretic Framework for Comparing the Bit Energy of Signal Representations at the Circuit Level 17.2. ACOMMUNICATION THEORY MODEL FOR VLSI.
34. Preface.
35. Chapter 17: An Information Theoretic Framework for Comparing the Bit Energy of Signal Representations at the Circuit Level 17.6. DISCUSSION.
36. Acknowledgments.
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