SISPAD
Modeling Challenges for Biotechnological Sensors (Biosensors) Leveraging TCAD for New Applications Workshop
September, 2009
Organizers:
Robert W. Dutton, Stanford University
Arajng Hassibi, University of Texas, Austin
Session I: System-Level Issues (Chair: Arjang Hassibi)
1.1. Opening Remarks – Robert Dutton [Slides]
1.2. Affinity-based Biosensing: SNR/DR Challenges – Arjang Hassibi [Slides]
1.3. Opportunities and Challenges for “Marker-free” Sensing – AmirAli Talasaz [Slides]
1.4. Reliability in Biosensors: Nano-Scale Physical Challenges – Sufi Zafar [Slides]
Session II: Biosensor Scaling and Performance Limits (Chair: Edwin Kan)
2.1. FET-based Biosensors: Past, Present and Future – Edwin Kan [Slides]
2.2. Experimental Prospects for Nani-Pore Sensing – Vincent Tabard-Cossa [Slides]
2.3. Continuum (PDE-based) Simulations for Biosensors – Yang Liu [Slides]
2.4. Mesh-based Nanotube Sensors – Young-June Park [Slides]
Session III: Technology CAD for Biosensing Applications (Chair: Narayan Aluru)
3.1. Monte Carlo Analysis of Ion Channels (Bio-MOCA) – Umberto Ravaioli [Slides]
3.2. Multi-Scale Molecular Dynamics for Cell Signaling – Narayan Aluru [Slides]
3.3. FET-based Biosensors – Simulation and Modeling – Predeep Nair [Slides]
3.4. Fabrication and Performance Limits of Nanowire Sensors – Clemens Heitzinger [Slides]
Session IV: Convergence of Bio-CAD and Biosensing Applications
IV. Challenges for Panel – John Kasianowicz [Slides]