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ELECTRONIC CIRCUIT MODELING AND SIMULATION IN MODELICA
"... In recent years, three separate efforts took place at three different institutions to provide an electronic circuit modeling and simulation capability within the framework of Modelica, an object-oriented general-purpose environment for the modeling of physical systems. In order to be generally usabl ..."
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Cited by 3 (0 self)
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In recent years, three separate efforts took place at three different institutions to provide an electronic circuit modeling and simulation capability within the framework of Modelica, an object-oriented general-purpose environment for the modeling of physical systems. In order to be generally
Symbolic Simulator for Teaching of Electronic Circuits
"... Abstract − The paper deals with a symbolic simulator we have developed. It has been used as a supporting tool for teaching for several years. The simulator can perform both classical and approximate analyses. All device models are stored in a text library which can be easily extended. Device paramet ..."
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parameters can be defined as simple symbols or as formulae in netlist. This allows simulation of both electronic circuits and block diagrams. 1
An Evolving and Developing Cellular Electronic Circuit
- in Proceedings of Artificial Life IX
, 2004
"... A novel multi-cellular electronic circuit capable of evolution and development is described here. The circuit is composed of identical cells whose shape and location in the system is arbitrary. Cells all contain the complete genetic description of the final system, as in living organisms. Through a ..."
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Cited by 9 (5 self)
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A novel multi-cellular electronic circuit capable of evolution and development is described here. The circuit is composed of identical cells whose shape and location in the system is arbitrary. Cells all contain the complete genetic description of the final system, as in living organisms. Through a
Robust Simulation of Nonlinear Electronic Circuits
- Proceedings of the 8th IEEE International Workshop on Nonlinear Dynamics of Electronic Systems
, 2000
"... This paper proposes robust simulation of piecewise linear systems as a tool for the analysis of nonlinear electronic circuits. Rather than computing the evolution of a single trajectory, robust simulation computes the evolution from a set of initial conditions in the state space, for all forcing inp ..."
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Cited by 1 (0 self)
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This paper proposes robust simulation of piecewise linear systems as a tool for the analysis of nonlinear electronic circuits. Rather than computing the evolution of a single trajectory, robust simulation computes the evolution from a set of initial conditions in the state space, for all forcing
Nano-Electronic Circuits as Quantum Bits
"... Quantum information processing systems can be used in a variety of applications. Among proposed realizations of quantum bits nano-electronic circuits appear most promising for integration in electronic circuits and large-scale applications. We discuss Josephson junction circuits in two regimes where ..."
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Quantum information processing systems can be used in a variety of applications. Among proposed realizations of quantum bits nano-electronic circuits appear most promising for integration in electronic circuits and large-scale applications. We discuss Josephson junction circuits in two regimes
Internet Application for Electronic Circuits Analysis
"... Abstract – This paper presents a system for electronic cir-cuit analysis through internet. The system enables both symbolical and numerical analysis. Numerical analysis is based on Spice program while symbolical analysis use MapleTM with Syrup package as a computing engine. The system is based on a ..."
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Abstract – This paper presents a system for electronic cir-cuit analysis through internet. The system enables both symbolical and numerical analysis. Numerical analysis is based on Spice program while symbolical analysis use MapleTM with Syrup package as a computing engine. The system is based on a
Adaptive Methods for Growing Electronic Circuits on an
- Biosystems
, 2004
"... Living systems can adapt to injuries and even heal themselves, an ability desirable also in synthetic systems. A method is presented for dynamically adapting the construction of an electronic circuit to hardware defects by formulating the process as a series of interactions between identical but spe ..."
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Cited by 9 (0 self)
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Living systems can adapt to injuries and even heal themselves, an ability desirable also in synthetic systems. A method is presented for dynamically adapting the construction of an electronic circuit to hardware defects by formulating the process as a series of interactions between identical
Artificial Life on Single-Electron Circuits
"... Abstract — A promising area of research in nanoelectronics is the development of electrical systems that imitate the dynamics of life. To proceed toward this goal, I have proposed CMOS and single-electron devices that imitates the behavior of neural networks and a reaction-diffusion system, which is ..."
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overview our recent results on the development of single-electron circuits that perform nonclassical computation inspired by biological systems. First, a novel single-electron device for computation of a Voronoi diagram is introduced. Then I present a single-electron neural circuit for a robust synchrony
INTRINSIC EVOLUTION OF ANALOG ELECTRONIC CIRCUITS
"... Abstract. This paper surveys the research on intrinsic evolution of analog electronic circuits done at the University of Heidelberg. The aims of the project are discussed with reference to the related fields of evolvable hardware and analog design automation. A Field Programmable Transistor Array (F ..."
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Abstract. This paper surveys the research on intrinsic evolution of analog electronic circuits done at the University of Heidelberg. The aims of the project are discussed with reference to the related fields of evolvable hardware and analog design automation. A Field Programmable Transistor Array
Informative Experimental Design for Electronic Circuits
- Quality and Reliability Engineering International
, 1998
"... |This paper presents the case against two widespread practices in designing engineering experiments, which are (i) to vary one factor at a time (the OFAT approach) and (ii) to generate experimental points by random selection (the Monte-Carlo approach). These approaches do not produce good experiment ..."
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) an artifact, such as an electronic circuit or (ii) on a production process, such as injection moulding...
Results 11 - 20
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