Semiconductor transport simulation with the local iterative Monte Carlo technique

Keyphrases

• Semiconductors 100%
• Monte Carlo Method 100%
• Transport Simulation 100%
• Statistical Errors 50%
• Computation Time 50%
• Monte Carlo Algorithm 50%
• Energy Distribution Function 50%
• Monte Carlo Step 50%
• Silicon Devices 25%
• Low Density 25%
• Local Density 25%
• Steady State 25%
• Charge Density 25%
• Carrier Concentration 25%
• Computational Resources 25%
• Monte Carlo 25%
• Highest Density Region 25%
• Iterative Methods 25%
• Simulation Example 25%
• Initial Distribution 25%
• Variance Reduction 25%
• Fast Calculation 25%
• Actual Number 25%
• Iterative Procedure 25%
• Steady-state Problem 25%
• Carrier Distribution 25%
• Statistical Noise 25%
• Particle Simulation 25%
• Iterative Applications 25%
• Low Carrier Density 25%

Engineering

• Statistical Error 100%
• Computation Time 100%
• Energy Distribution 100%
• Silicon Device 50%
• Illustrates 50%
• Carrier Concentration 50%
• Charge Density 50%
• Generality 50%
• Carrier Density 50%
• Simulation Example 50%
• Computational Resource 50%
• Monte Carlo Approach 50%
• Iterative Procedure 50%
• Iteration Process 50%
• Steady State Problem 50%
• Initial Distribution 50%

Mathematics

• Monte Carlo 100%
• Monte Carlo Technique 100%
• Distribution Function 50%
• Statistical Error 50%
• Monte Carlo Algorithm 50%
• Generality 25%
• Charge Density 25%
• Local Density 25%
• Initial Distribution 25%
• Variance Reduction Technique 25%
• Iteration Process 25%
• Monte Carlo Approach 25%
• Physical Particle 25%