Index
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Up: PhD Thesis Stefan Halama
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- abbreviations
- Abbreviations
- abstraction
- 2.4.2 Design Principles
- adjacency
- 6.2.2 The Delaunay Triangulation
- algorithm
- boundary refinement
- 6.4.4 Boundary Refinement Algorithm
- flow-line construction
- 5.5.2 The Two-Dimensional Case
- quadtree-based voronoi tessellation
- 6.5.1 Quadtree-divide-and-conquer Voronoi Tessellation
- segment-conforming re-gridding
- 6.2.3 Problem Decomposition and
- Alladin
- 1.2 Existing TCAD Systems, 2.2 Review of Existing
- application
- Terminology, 2.1 Some Basic Considerations
- application development
- Application Development
- application-framework
- Presentation Level
- architectural design
- Terminology
- architecture
- Terminology
- Athena widgets
- 3.3 The VISTA Widget
- binding
- Terminology
- boundary refinement
- 6.4 Boundary Refinement
- algorithm
- 6.4.4 Boundary Refinement Algorithm
- criterion
- 6.4.2 Refinement Criterion
- Boundary-boundary triangulation
- Boundary-Boundary Triangulation
- bucket quadtree
- 6.3.2 The Bucket Quadtree
- CAESAR
- 1.2 Existing TCAD Systems, 2.2 Review of Existing
- CAFE
- 1.2 Existing TCAD Systems, 2.2 Review of Existing
- callback
- 4.3.2 Running External Tools
- callback concept
- 3.2.4 The Callback Concept, Reusing the Callback
- circuit simulation
- 1.1 Technology CAD
- compact model
- 1.1 Technology CAD
- comprehensibility
- 2.4.2 Design Principles
- conceptual integrity
- 2 The Application-Framework Architecture, 2.4.2 Design Principles
- constrained Delaunay triangulation
- 6.4 Boundary Refinement
- convex hull
- 6.5.2 The Merge Step
- data level
- ToolApplication
- data level integration
- 8.3.1 Base System Integration
- DCEL
- 6.3.1 The Dual Doubly
- DDCEL
- 6.3.1 The Dual Doubly
- degeneracies
- 6.5 Triangulation
- Delaunay graph
- 6.2.2 The Delaunay Triangulation
- Delaunay triangulation
- 6.2.2 The Delaunay Triangulation
- design methodology management
- 2.1 Some Basic Considerations
- design principles
- 2.4.1 Bottom-Up Design
- designers
- 2.3.1 Human Aspects of
- device simulation
- 1.1 Technology CAD
- Dirichlet region
- 6.2.2 The Delaunay Triangulation
- divide-and-conquer
- 6.5.1 Quadtree-divide-and-conquer Voronoi Tessellation
- dividing chain
- 6.5.2 The Merge Step
- doubly connected edge list
- 6.3.1 The Dual Doubly
- dual doubly connected edge list
- 6.3.1 The Dual Doubly
- EASE
- 1.2 Existing TCAD Systems, 2.2 Review of Existing
- edge
- 6.2.2 The Delaunay Triangulation
- Electronic CAD
- 1.1 Technology CAD
- framework
- Presentation Level
- generalized coordinates
- Generalized Coordinates
- graph
- 6.2.2 The Delaunay Triangulation
- graphical user interface
- Task Level and
- IDDE
- 1.2 Existing TCAD Systems, 2.2 Review of Existing
- incidence
- 6.2.2 The Delaunay Triangulation
- integration effort
- 2.3.2 Why Simulation is , 8.2 Application Integration and
- interconnect simulation
- 1.1 Technology CAD
- interpolating equation
- 6.6.2 Architecture
- Intrinsics
- 3.3 The VISTA Widget
- iterative triangulation
- 6.5.3 Alternative Methods
- LISP
- 4.2 Architectural Design
- manager
- 2.3.1 Human Aspects of
- MASTER
- 1.2 Existing TCAD Systems, 2.2 Review of Existing
- MECCA
- 1.2 Existing TCAD Systems, 2.2 Review of Existing
- methodology
- Terminology
- methodology developer
- 2.3.1 Human Aspects of
- Minimos
- 2.5.1 History and Structure
- Motif
- 3.2.1 General Remarks
- node
- 6.2.2 The Delaunay Triangulation
- orthogonality
- 2.4.2 Design Principles
- P& Workbench
- 1.2 Existing TCAD Systems, 2.2 Review of Existing
- parameter extraction
- 1.1 Technology CAD
- PBFM
- 2.5.3 The Data Level
- PED
- 3.3.1 The PIF Editor
- physical modeling
- 2.3.2 Why Simulation is , 2.3.2 Why Simulation is
- PIF
- Data Level Aspects
- PIF editor
- 3.3 The VISTA Widget , 3.3.1 The PIF Editor
- plug and play
- 2.3.3 The Application-Framework Idea
- point tools
- 1.1 Technology CAD
- portability
- 2.4.2 Design Principles, 8.1 Portability
- PREDITOR
- 1.2 Existing TCAD Systems, 2.2 Review of Existing
- presentation level
- Task Level and
- PRIDE
- 1.2 Existing TCAD Systems, 2.2 Review of Existing
- problem formulation
- 2.3.2 Why Simulation is
- process parameters
- 7.3 Simulation
- process simulation
- 1.1 Technology CAD
- process simulation sequence
- 7.3 Simulation
- profile interchange format
- Data Level Aspects
- Promis
- 2.5.1 History and Structure
- PROPHET
- 1.2 Existing TCAD Systems
- PROSE
- 1.2 Existing TCAD Systems, 2.2 Review of Existing
- quadtree
- 6.3.2 The Bucket Quadtree
- ray-casting
- 5.6 Volume Visualization
- ray-tracing
- 5.7 Ray-Tracing Interface
- re-use
- 2.3.2 Why Simulation is , 2.4.2 Design Principles
- Sample
- 2.5.1 History and Structure
- SATURN
- 1.2 Existing TCAD Systems, 2.2 Review of Existing
- SEWB
- 1.2 Existing TCAD Systems, 2.2 Review of Existing
- SIMPL-IPX
- 1.2 Existing TCAD Systems, 2.2 Review of Existing
- simplex
- 5.3.1 The Simplex Idea
- simplex attribute
- 5.3.1 The Simplex Idea
- software engineering
- 2.3.2 Why Simulation is
- STORM
- 1.2 Existing TCAD Systems, 2.2 Review of Existing
- supporting edge
- 6.5.2 The Merge Step
- Suprem-4
- 2.5.1 History and Structure
- SVG library
- 5.8 The Simple Vector
- SVG widget
- 3.3.2 The Simple Vector
- TAC
- The Tool Abstraction , 4.3.3 Linking XLISP with
- task
- Data Level
- task flow
- Data Level
- task level
- Data Level
- task level integration
- Data Integration
- TCAD
- 1.1 Technology CAD
- TCAD flow
- 1.1 Technology CAD
- TCAD systems
- 1.2 Existing TCAD Systems
- Tcl
- Task Level Aspects
- Technology CAD
- 1.1 Technology CAD
- tedious and redundant work
- 2.3.1 Human Aspects of
- terminology
- Terminology
- tool
- Terminology, 2.1 Some Basic Considerations
- tool abstraction concept
- The Tool Abstraction , 4.3.3 Linking XLISP with
- tool control
- Data Level
- tool developer
- 2.3.1 Human Aspects of
- tool developers
- 2.3.1 Human Aspects of
- tool integration
- 4.2.3 Task Level Tool
- tool integrator
- 2.3.1 Human Aspects of
- tool integrators
- 2.3.1 Human Aspects of
- top-down design
- 2.4.1 Bottom-Up Design
- Trigen
- 6.6.1 Background and Problem
- typography
- Typography
- UIDS
- 3.2.1 General Remarks
- UIMS
- 3.2.1 General Remarks
- UNISAS
- 1.2 Existing TCAD Systems, 2.2 Review of Existing
- VATS
- 1.2 Existing TCAD Systems, 2.2 Review of Existing
- virtual application
- 4.2.3 Task Level Tool
- Vista
- 1.2 Existing TCAD Systems, 2.2 Review of Existing
- base system
- 2.5.2 The Base System, 8.3 VORONOI - an
- base system
- 2.5.2 The Base System, 8.3 VORONOI - an
- GRS
- 6.6.2 Architecture
- interpolation
- 6.6.2 Architecture
- introduction
- 1.3 VISTA
- source code size
- 1.3 VISTA
- visual programming
- 8.6.1 Visual Programming
- visualization
- data structures
- 5.4.2 Data Structures
- operations
- 5.4 Implementation
- Vlsicap
- 2.5.1 History and Structure
- VMAKE
- 2.5.2 The Base System
- volume
- rendering
- 5.6 Volume Visualization
- visualization
- 5.6 Volume Visualization
- Voronoi
- 2.5.5 Generic Services
- architecture
- 6.2 Architectural Design
- examples
- 6.7.2 Test and Demonstration
- implementation aspects
- 6.7 Implementation Aspects
- integration
- 8.3 VORONOI - an
- interpolation
- 6.6 Interpolation
- performance
- 6.7.1 Performance
- practical application
- 7.3 Simulation
- problem decomposition
- 6.2.3 Problem Decomposition and
- problem definition
- 6.1.3 The Generalized Problem
- tessellation
- 6.2.2 The Delaunay Triangulation
- triangulation
- 6.5 Triangulation
- VVF
- 5.4.2 Data Structures
- structure
- 5.4.2 Data Structures
- wafer state
- 2.5.5 Generic Services
- widget
- 3.2.1 General Remarks
- widget set
- 3.3 The VISTA Widget
- wrapper approach
- Application Integration and
- X Toolkit
- 3.2.1 General Remarks, 3.3 The VISTA Widget
- Xlib
- 3.2.1 General Remarks
- XLISP
- 4.2 Architectural Design
- automatic bindings
- 4.3.3 Linking XLISP with
Martin Stiftinger
Thu Oct 13 13:51:43 MET 1994