A simulation-based hybrid optimization technique for analog and digital integrated circuits design automation

Keyphrases

• Simulation-based 100%
• Digital Circuits 100%
• Integrated Circuit Design 100%
• Analog Integrated Circuits 100%
• Hybrid Optimization 100%
• Circuit Design Automation 100%
• Low Noise Amplifier 66%
• Circuit Simulator 66%
• Optimization Techniques 66%
• Static Random Access Memory 66%
• Simulation Optimization 66%
• Noise Figure 33%
• Integrated Circuits 33%
• Supply Voltage 33%
• Third-order Intercept Point 33%
• Channel Length 33%
• Process Optimization 33%
• Memory Cell 33%
• Evolutionary Algorithms 33%
• S-parameters 33%
• K-factor 33%
• Global Search 33%
• Parameter Optimization 33%
• Static Noise Margin 33%
• Biologically Inspired 33%
• K Parameter 33%
• Optimization Methodology 33%
• Circuit Characteristics 33%
• Deterministic Method 33%
• Numerical Optimization Methods 33%

Engineering

• Integrated Circuit Design 100%
• Optimization Technique 100%
• Digital Integrated Circuits 100%
• Analog Integrated Circuits 100%
• Low Noise Amplifier 66%
• Random Access Memory 66%
• Noise Figure 33%
• Simulated Result 33%
• Supply Voltage 33%
• Order Intercept Point 33%
• Channel Length 33%
• Noise Margin 33%
• Scattering Parameters 33%
• Optimization Method 33%
• Numerical Optimization 33%
• K Factor 33%
• Characteristic Circuit 33%
• Numerical Technique 33%
• Integrated Circuit 33%

Computer Science

• Optimization Technique 100%
• Integrated Circuit Design 100%
• Digital Integrated Circuits 100%
• Design Automation 100%
• Static Random Access Memory 66%
• Noise Amplifier 66%
• Supply Voltage 33%
• Noise Margin 33%
• Process Optimization 33%
• Third Order Intercept Point 33%
• Numerical Technique 33%
• Integrated Circuit 33%
• Evolutionary Algorithm 33%