Focused Sessions

ICAP98 Scientific Program (Final)

Wednesday (16-9-98)

Morning Parallel Focused Sessions - All Talks 20 mins. Each
F-We1 (Ferrante-Wednesday 1): Advances in Electromagnetic Modeling
Chair: Yong Ho Chin (KEK)

8.30 -8.50 am High-Precision Mode Calculation Using the Perfect Boundary Approximation Technique Thomas Weiland (TU-Darmstadt)

8.50 -9.10 am A Rigorous Analysis of Cavity Resonators by Finite Element Method Zoltan Cendes (Ansoft)

9.10 -9.30 am An Advanced Electromagnetic Eigenmode Solver for Vacuum Electronic Devices - CTLSS Simon Cooke (SAIC)

9.30 - 9.50 am On Solving Maxwellian Eigenvalue Problems for Accelerating Cavities Peter Arbenz (ETH-Zurich)

9.50 -10.10 am Improved GdfidL with Generalized Diagonal Fillings and Reduced Memory and CPU Requirements Warner Bruns (TU-Berlin)

10.10-10.30 am Optimized Order (OO2) Method for Hemholtz's and Maxwell's Harmonic Equations and Non-Conforming Meshes Frederic Nataf (CNRS)

F-We2 (Ferrante-Wednesday 2): Advanced Algorithms & Methods
Chair: Robert Gluckstern (U of Maryland)

11.00-11.20 am Self-Consistent Model for the Beams in Accelerators Alexandre Novokhatski (TU-Darmstadt)

11.20-11.40 pm Stochastic Collisional Effects in N-Body Problems Salman Habib (LANL)

11.40-12.00 am Modeling Beams with Elements in Phase Space Eric Nelson (LANL)

12.00-12.20 pm Model-Independent Analysis of Beamlines Chun-Xi Wang (SLAC)

12.20-12.40 pm Using Symbolic Algebra for the Generation of Orbit Simulation Codes from Hamiltonians Andreas Adelmann (PSI)

12.40 -1.00 pm Improved A-Priori Error Bounds for Numerical Integration of Ordinary Differential Equations Robert Warnock (SLAC)

C-We1 (Colton-Wednesday 1): New Software Environments & Libraries
Chair: Alex Friedman (LLNL)

8.30 -8.50 am SCICHAT - An Application Server for Collaborative Work John Cary (Tech-X)

8.50 -9.10 am A Python Interface to WARP in Parallel and Serial Environments Dave Grote (LLNL)

9.10 -9.30 am The Framework of United Accelerator Libraries Nikolay Malitsky (Cornell)

9.30 -9.50 am Particle Accelerator Simulation with C++ and the POOMA Framework Timothy Cleland (LANL)

9.50 -10.10 am JPP: A Particle Tracking Code with Java Ryoichi Hajima (U of Tokyo)

10.10-10.30 am Implementation of Object-Oriented Design with Fortran Language in Beam Dynamics Studies Ji Qiang (LANL)

C-We2 (Colton-Wednesday 2): Graphic Interfaces & Advanced Visualization
Chair: George Gillespie (Gillespie Assoc.)

11.00-11.20 am An Application Framework and Graphic User Interface for Multiple Accelerator Codes Barrey Hill (Gillespie Assoc.)

11.20-11.40 am The GUI for MAPA, An Object-Oreinted Application for Designing and Modeling Particle Accelerators David Bruhwiler (Tech-X)

11.40-12.00 pm COM Objects and Client/Server Architectures: How to Customize Modern CAD Tools for Use in Accelerator Component Design John DeFord (STAR)

12.00-12.20 pm Dynamic Visualization of Instabilities in Time-Dependent PIC Simulations Stefan Illy (ITP, Karlsruhe)

12.20-12.40 pm Measurements and Visualization of the Transverse Phase-Space Topology at LEP Giulio Morpurgo (CERN)

12.40 -1.00 pm Using 3-D Perspectives as a Visualization Tool for Phase Space Data George Gillespie (Gillespie Assoc.)

8.30 -8.50 am	High-Precision Mode Calculation Using the Perfect Boundary Approximation Technique	Thomas Weiland (TU-Darmstadt)
8.50 -9.10 am	A Rigorous Analysis of Cavity Resonators by Finite Element Method	Zoltan Cendes (Ansoft)
9.10 -9.30 am	An Advanced Electromagnetic Eigenmode Solver for Vacuum Electronic Devices - CTLSS	Simon Cooke (SAIC)
9.30 - 9.50 am	On Solving Maxwellian Eigenvalue Problems for Accelerating Cavities	Peter Arbenz (ETH-Zurich)
9.50 -10.10 am	Improved GdfidL with Generalized Diagonal Fillings and Reduced Memory and CPU Requirements	Warner Bruns (TU-Berlin)
10.10-10.30 am	Optimized Order (OO2) Method for Hemholtz's and Maxwell's Harmonic Equations and Non-Conforming Meshes	Frederic Nataf (CNRS)

11.00-11.20 am	Self-Consistent Model for the Beams in Accelerators	Alexandre Novokhatski (TU-Darmstadt)
11.20-11.40 pm	Stochastic Collisional Effects in N-Body Problems	Salman Habib (LANL)
11.40-12.00 am	Modeling Beams with Elements in Phase Space	Eric Nelson (LANL)
12.00-12.20 pm	Model-Independent Analysis of Beamlines	Chun-Xi Wang (SLAC)
12.20-12.40 pm	Using Symbolic Algebra for the Generation of Orbit Simulation Codes from Hamiltonians	Andreas Adelmann (PSI)
12.40 -1.00 pm	Improved A-Priori Error Bounds for Numerical Integration of Ordinary Differential Equations	Robert Warnock (SLAC)

8.30 -8.50 am	SCICHAT - An Application Server for Collaborative Work	John Cary (Tech-X)
8.50 -9.10 am	A Python Interface to WARP in Parallel and Serial Environments	Dave Grote (LLNL)
9.10 -9.30 am	The Framework of United Accelerator Libraries	Nikolay Malitsky (Cornell)
9.30 -9.50 am	Particle Accelerator Simulation with C++ and the POOMA Framework	Timothy Cleland (LANL)
9.50 -10.10 am	JPP: A Particle Tracking Code with Java	Ryoichi Hajima (U of Tokyo)
10.10-10.30 am	Implementation of Object-Oriented Design with Fortran Language in Beam Dynamics Studies	Ji Qiang (LANL)

11.00-11.20 am	An Application Framework and Graphic User Interface for Multiple Accelerator Codes	Barrey Hill (Gillespie Assoc.)
11.20-11.40 am	The GUI for MAPA, An Object-Oreinted Application for Designing and Modeling Particle Accelerators	David Bruhwiler (Tech-X)
11.40-12.00 pm	COM Objects and Client/Server Architectures: How to Customize Modern CAD Tools for Use in Accelerator Component Design	John DeFord (STAR)
12.00-12.20 pm	Dynamic Visualization of Instabilities in Time-Dependent PIC Simulations	Stefan Illy (ITP, Karlsruhe)
12.20-12.40 pm	Measurements and Visualization of the Transverse Phase-Space Topology at LEP	Giulio Morpurgo (CERN)
12.40 -1.00 pm	Using 3-D Perspectives as a Visualization Tool for Phase Space Data	George Gillespie (Gillespie Assoc.)