1. Introduction. - 1. 1 Research Focus. - 1. 2 Significance of Research. - 2. Survey of Statistical Modeling and Simulation Techniques. - 2. 1 Statistical Parameter Modeling. - 2. 2 Statistical Simulation. - 3. Statistical MOS Model. - 3. 1 Modeling Obstacles. - 3. 2 Parameter Mismatch Variance Model. - 3. 3 Distance Dependence of Parameter Variance. - 3. 4 Parameter Correlations: Principal Component Analysis. - 3. 5 Model Integration: Statistical Parameter Model. - 3. 6 Model Calculation Example. - 4. Experimental Process Characterization for MOS Statistical Mode. - 4. 1 The BSIM Model. - 4. 2 BSIM Parameter Extraction. - 4. 3 Test Chip Description. - 4. 4 Process Characterization Data. - 5. CAD Implementation of the SMOS Model 8. - 5. 1 APLAC - An Object-Oriented Circuit Simulator. - 5. 2 Simulation Framework. - 5. 3 Model Calculation Programs. (MCPs). - 5. 4 Measurement and Simulation of Test Circuits. - 6. Statistical CAD of Analog MOS Circuits. - 6. 1 Basic Analog Sub-Circuits. - 6. 2 Operational Amplifier. - 7. Applications of the SMOS Model to Digital Integrated Circuits. - 7. 1 Introduction. - 7. 2 CMOS Inverter. - 7. 3 Dynamic Sense Amplifier. - 8. Conclusion and Future Work. - 8. 1 Potential Uses for the SMOS Model. - Appendix page. - A mcp - spice implementation of smos. - B aplac input files. - Bibliograph. - Y index. Language: English