Themes of TCAD research
Themes cover a much broader scope
than reflected in this particular directory. However,
cross-references to other activities are provided.
- Computational Prototyping
-
Task 1: Atomic Level Modeling
Task 2: Model Hierarchy
Task 3: National Research Enterprise
Task 4: Demonstration Projects
- Process Modeling
-
SPEEDIE: Physical
simulation of etching and deposition.
SPRINT-CAD: Networked TCAD using shared parallel
computers
Accurate physical models for both silicon and GaAs
technologies are essential in achieving predictive TCAD. There are
a major set of research projects in this area, primarily under
support from SRC and ARPA.
Mike Deal and
Peter Griffin
are the Research Associates.
- Parallel Computing
-
SPRINT-CAD: Networked TCAD using shared parallel
computers
ParaSCOPE: Parallel shared computational
prototyping environment
Adaptive FEM: Adaptive parallel finite-element
method for semiconductor simulation
-
Computational Electronics
-
National Center for Computational Electronics
- Virtual
Factory
- The concepts of modeling the equipment, information
and material flow and overall cost structure of IC fabrication
facilities now and for the 21st century is a very bold research
theme. Again, the research support has come primarily from SRC
and ARPA.
Krishna Saraswat
is the main faculty contact.