|
|
O1: Surveys & Large-Scale Data Management
|
|
O1.1
|
ESO Imaging Surveys
|
Luiz DaCosta
|
|
O1.2
|
Wide Field Cosmological Weak Lensing Surveys
|
Yannick Mellier
|
|
O1.3
|
QUEST: A case study in designing sky surveys in the VO era
|
Matthew J Graham
|
|
O1.4
|
The LOFAR Global Sky Model: Design Challenges
|
Oleg Smirnov
|
|
|
O2: Image Restoration
|
|
O2.1
|
Wavelet-Based Superresolution in Astronomy
|
Rebecca Willett
|
|
O2.2
|
Image reconstruction in radio astronomy: past and future
|
Tim Cornwell
|
|
O2.3
|
Scale Sensitive Deconvolution
|
Sanjay Bhatnagar
|
|
|
O3: Algorithm & Classification
|
|
O3.1
|
Promises and challenges in automatic pattern recognition
|
Tin Kam Ho
|
|
O3.2
|
Algorithms for Statistics on Very Large Datasets
|
Alexander Gray
|
|
O3.3
|
Source Detection with Bayesian Inference
on ROSAT All-Sky Survey Data Sample
|
Fabrizia Guglielmetti
|
|
|
O4: High Performance Computing
|
|
O4.1
|
The European Grid Infrastructure EGEE Project
|
Dr. Fabrizio Gagliardi
|
|
O4.2
|
Flexible Computing on Big Iron
|
Edwin Huizinga
|
|
O4.3
|
Atlasmaker: Grid-enabled Multiwavelength Imaging
|
Roy Williams
|
|
O4.4
|
Batch Query System with Interactive Local Storage for SDSS and the VO
|
William O'Mullane (1)
|
|
|
O5: Instrument Modeling
|
|
O5.1
|
Instrument Modelling in Observational Astronomy (Invited)
|
Pascal Ballester (European Southern Observatory)
|
|
O5.2
|
Software tools for 3D spectroscopy
|
Arlette Pécontal-Rousset
|
|
O5.3
|
End-to-end simulation of the JWST/NIRSpec instrument
|
Gnata Xavier
|
|
|
O6: Surveys, Archives & VO
|
|
O6.1
|
MegaPrime/MegaCam and the CFHT Legacy Survey
|
Christian Veillet
|
|
O6.2
|
Astronomical Data Storage and Distribution in the next five years
|
Benoît Pirenne
|
|
O6.3
|
Data models in the VO: how do they make code better?
|
Norman Gray
|
|
O6.4
|
VO access to complex data - MERLIN and other interferometry archives
|
Anita Richards
|
|
|
O7: VO Resources
|
|
O7.1
|
Resource Registries for the Virtual Observatory
|
R. Plante
|
|
O7.2
|
Compare: A Scaleable and Portable Catalog Cross-Comparison Engine for the NVO
|
Serge Monkewitz
|
|
O7.3
|
Montage: A Grid Enabled Image Mosaic Service for the National Virtual Observatory
|
Bruce Berriman
|
|
O7.4
|
eSTAR: Astronomers, Agents and when Robotic Telescopes aren't...
|
Alasdair Allan
|
|
O7.5
|
AstroGrid: Initial Deployment of the UK's Virtual Observatory
|
Nicholas A Walton
|
|
O7.6
|
The Chandra Bibliography Database
|
Arnold H. Rots
|
|
|
O8: Large-Scale Data Management
|
|
O8.1
|
The ALMA Software System
|
Joseph Schwarz
|
|
O8.2
|
Gaia: understanding our Galaxy
|
X. Luri
|
|
O8.3
|
The VLT Data Flow System: a flexible 'science support engine'
|
Karim HAGGOUCHI
|
|
O8.4
|
ImgCutout, an Engine of Instantaneous Astronomical Discovery.
|
Maria A. Nieto-Santisteban
|
|
|
O9: Control Systems
|
|
O9.1
|
The GBT Precision Telescope Control System
|
Kim Constantikes
|
|
O9.2
|
Keck Interferometry - Current Engineering and Scientific Results
|
Gerard Van Belle
|
|
|
O10: Data Processing Systems
|
|
O10.1
|
Observer versus software engineer: The dawn of the armchair astronomers
|
Frossie Economou
|
|
O10.2
|
Distributed development and maintenance of a large
science analysis system: a critical analysis
|
Carlos GABRIEL
|
|
O10.3
|
VLT instruments pipeline system overview
|
Yves Jung
|
|
O10.4
|
The CARMA Software System
|
Stephen L. Scott
|
|
O10.5
|
The NOAO Mosaic Pipeline
|
Francisco Valdes
|
|
|
P1: Surveys and Large-Scale Data Management
|
|
P1.1
|
Data Archive and Transfer System (DARTS) of ISAS
|
Takayuki Tamura
|
|
P1.2
|
Metadata generic server prototyping at CNES
|
Paul KOPP
|
|
P1.3
|
User provided reduced data, catalogues and atlases in the ISO Data Archive
|
Alberto Salama
|
|
P1.4
|
On the analysis of old objective prism spectra with modern systems
|
Corinne Rossi
|
|
P1.5
|
The Chandra Multiwavelength Project (ChaMP):
Optical Data Processing and Catalog Generation
|
Robert Cameron
|
|
P1.6
|
From FITS to SQL - Loading and Publishing the SDSS Data
|
Ani Thakar
|
|
P1.7
|
Adapting the BIMA Image Pipeline for Miriad using Python
|
David Mehringer
|
|
P1.8
|
LIGO Data Analysis Software and Systems
|
Gregory Mendell
|
|
P1.9
|
Searching for a cosmic string through the graviational lens effect: Japanese Virtual Observatory science use case
|
Y. Shirasaki
|
|
P1.10
|
Towards a large field of view archive for the European VLBI Network
|
Huib van Langevelde
|
|
P1.11
|
The WFCAM Data Pipelines
|
James Lewis
|
|
P1.12
|
The INTEGRAL Archive System
|
Mohamed Tahar Meharga
|
|
P1.13
|
Clustering the large VizieR catalogues, the CoCat experience
|
François Ochsenbein
|
|
P1.14
|
An Authenticated FTP Staging Area for Proprietary Data
|
Tim Kimball
|
|
P1.15
|
HST ACS Associations, the Next Step after WFPC2
|
Richard Hook
|
|
P1.16
|
Distributed Data Storage Systems for Astronomy
|
Justin Kanoa Withington
|
|
P1.17
|
Increasing the Accessibility of GBT Data
|
Karen O'Neil
|
|
P1.18
|
The ACS Science Data Archive
|
Terence Allen
|
|
P1.19
|
The Gemini Science Archive
|
Severin Gaudet
|
|
P1.20
|
Webservices for the Sloan Digital Sky Survey
|
Joerg M. Colberg
|
|
P1.21
|
The NOAO Pipeline Data Manager
|
Rafael Hiriart
|
|
P1.22
|
The D4A Digitiser
|
Jean-Pierre De Cuyper
|
|
P1.23
|
Transparent XML Binding using the ALMA Common Software (ACS) Container/Component Framework
|
Heiko Sommer
|
|
P1.24
|
ALMA Proposal Preparation: Supporting the novice and the expert.
|
Alan Bridger
|
|
P1.25
|
The ALMA Prototype Pipeline
|
Lindsey Davis
|
|
P1.26
|
The ALMA Archive: A centralized system for information services.
|
Andreas Wicenec
|
|
P1.27
|
Flexible Storage of Astronomical Data in the ALMA Archive
|
Holger Meuss
|
|
P1.28
|
Dynamic Scheduling in ALMA
|
Allen Farris
|
|
P1.29
|
ALMA On-Line Calibration Software
|
Robert Lucas
|
|
|
P2: Surveys, Archives and VO
|
|
P2.1
|
SAADA: An Automatic Archival System for Astronomical Data
|
NGUYEN Ngoc Hoan
|
|
P2.2
|
Using a reversed exposure time calculator for querying uncalibrated archives
|
Bruno Voisin
|
|
P2.3
|
Adapting ESA Archives Inter-Operability Services to VO Standards
|
ARVISET Christophe
|
|
P2.4
|
The Chandra FITS Dictionary
|
Sherry Winkelman
|
|
P2.5
|
Accessing astronomical data remotely through a web browser.
|
Jean-Paul Le Fèvre
|
|
P2.6
|
The SuperCOSMOS Science Archive
|
Nigel Hambly
|
|
P2.7
|
A Comparison of Large All-Sky Catalogs
|
Douglas J. Mink
|
|
P2.8
|
High Availability Architecture for The Chandra Data Archive
|
Panagoula Zografou
|
|
P2.9
|
A Domino-based Virtual Observatory service for the HI Parkes All Sky Survey
|
David G. Barnes
|
|
P2.10
|
Recent Developments at the Multimission Archive at the Space Telescope Science Institute
|
Randall Thompson
|
|
P2.11
|
The Optical Monitoring Camera Data Server: Contents and Functionalities.
|
Raul Gutierrez
|
|
P2.12
|
The Skysoft project
|
C. Baffa
|
|
P2.13
|
The Kiso Survey for Ultraviolet-Excess Galaxies (KUG)
|
Nagako Miyauchi-Isobe
|
|
P2.14
|
Korean Astronomical Data Center Prototype Release
|
Hyun-il Sung
|
|
P2.15
|
An experience of data fusion from diverse information resources on the example of optical identification radio sources.
|
Olga Zhelenkova
|
|
P2.16
|
Merging data from a collection of sources
|
Patricio Ortiz
|
|
P2.17
|
Spatial Queries with VO Regions in SQL
|
Alex Szalay
|
|
P2.18
|
Open SkyQuery - VO Compliant Dynamic Federation of Astronomy Archives
|
Tamas Budavari
|
|
P2.19
|
The GALEX Public Science Archive at MAST
|
Cosimo A. Volpicelli
|
|
P2.20
|
Publishing Links to Astronomical Data On-line
|
Alberto Accomazzi
|
|
P2.21
|
Spectrum and bandpass services for the Virtual Observatory
|
Laszlo Dobos
|
|
P2.22
|
Federating Datasets and Spatial Joins
|
Clive Page
|
|
P2.23
|
ISDC's DAL and DAL3 libraries
|
Bruce O'Neel
|
|
P2.24
|
Web Services in Telescope Interoperability
|
Jacob W. Clasen
|
|
P2.25
|
Review of the ASTROVIRTEL experience at the end of its three approved cycles
|
Alberto Micol
|
|
P2.26
|
Build Your Own SkyNode!
|
Norbert Purger
|
|
P2.27
|
ATLAS - A General Search Service for Complex Collections of Data (IPAC)
|
Anastasia Alexov
|
|
P2.28
|
Publishing Data on AstroGrid
|
Martin Hill
|
|
P2.29
|
The WFPC2 associations Version 2: Toward VO
|
Daniel Durand
|
|
P2.30
|
Atomic and Molecular Physics Databases in the Virtual Observatories
|
Marie-Lise Dubernet
|
|
P2.31
|
BDB - a database for all types of binaries
|
Edouard Oblak
|
|
P2.32
|
New features for Aladin
|
François Bonnarel
|
|
P2.33
|
The ACS GTO Data Archive Tools
|
William Jon McCann
|
|
P2.34
|
PostgreSQL: the suitable DBMS solution for astronomy and astrophysics.
|
Igor Chilingarian
|
|
P2.35
|
Electronic Journals as Databases
|
Andras Holl
|
|
|
P3: VO Resources
|
|
P3.1
|
DRACO and the Italian participation in Virtual Observatory activities
|
F. Pasian
|
|
P3.2
|
Organisation of Data Sets in Virtual Observatories
|
Mark Allen
|
|
P3.3
|
MMDSL: a Multi-mission data server at LAEFF
|
Enrique Solano
|
|
P3.4
|
Spectral Data Models for the VO
|
Jonathan C. McDowell
|
|
P3.5
|
Resource Metadata for the Virtual Observatory
|
Robert Hanisch
|
|
P3.6
|
Data Model Design for the Virtual Observatory
|
Stephen Lowe
|
|
P3.7
|
Astronomical Catalogues -- Simultaneous Querying and Matching
|
Hans-Martin Adorf
|
|
P3.8
|
Searchable Registry for the National Virtual Observatory
|
Gretchen Greene
|
|
P3.9
|
HTM2: Spatial Toolkit for the Virtual Observatory
|
Gyorgy Fekete
|
|
P3.10
|
Astronomical Data Query Language :
Simple Query Protocol for the Virtual Observatory
|
Naoki Yasuda
|
|
P3.11
|
A Prototype toward Japanese Virtual Observatory (JVO)
|
Masatoshi OHISHI
|
|
P3.12
|
VO Enabled Mirage, the IVOAClient Package, and Using JSky and JAI to view FITS Images in Java Applications
|
Samuel Carliles
|
|
P3.13
|
The AVO Prototype
|
Peter Quinn
|
|
P3.14
|
TWiki: A Collaboration Platform for VO Projects
|
Marco Leoni
|
|
P3.15
|
Virtual Solar Inc.
|
Robert Bentley
|
|
P3.16
|
XML in the Virtual Observatory
|
Bob Mann
|
|
P3.17
|
UCDs in the IVOA context
|
Sébastien Derriere
|
|
P3.18
|
A Virtual Observatory Data Inventory Service
|
Thomas McGlynn
|
|
P3.19
|
Proposal for a query capable quantity based data model in the VO
|
Brian Thomas
|
|
P3.20
|
Web Services and related works at CDS
|
André Schaaff
|
|
P3.21
|
The AstroGrid MySpace System
|
A.C. Davenhall
|
|
P3.22
|
A Prototype Publishing Registry for the Virtual Observatory
|
Ramon Williamson
|
|
P3.23
|
Survey among Spectral Data Providers and Consumers
|
Markus Dolensky
|
|
P3.24
|
The AstroGrid Registry: identifying resources in the Virtual Observatory
|
Elizabeth Auden
|
|
P3.25
|
VOTable JAVA Streaming writer and applications.
|
Pallavi Kulkarni
|
|
P3.26
|
Toolkit for scientific discovery using VOTables
|
Sonali Kale
|
|
P3.27
|
Virtual Observatory Object Query Language
|
Patrick Dowler
|
|
|
P4: Data Processing Systems
|
|
P4.1
|
The HERSCHEL/PACS Common Software System as Data Reduction System
|
Ekkehard Wieprecht
|
|
P4.2
|
Data Reduction Software for the VLT Integral Field Spectrometer SPIFFI
|
Juergen Schreiber
|
|
P4.3
|
Data Management with the Object Oriented Framework ROOT
|
Reiner Rohlfs
|
|
P4.4
|
Spica, a Terapix tool to process wide-field images
|
Laurent Domisse
|
|
P4.5
|
Pre-processing the INTEGRAL telemetry at ISDC
|
Nicolas Morisset
|
|
P4.6
|
The Common Pipeline Library - a silver bullet for
standardising pipelines?
|
Klaus Banse
|
|
P4.7
|
Moor: Web Access to End-to-End Data Flow Information at ESO
|
Alberto Maurizio Chavan
|
|
P4.8
|
Planck/LFI DPC Software Integration Plan
|
Andrea Zacchei
|
|
P4.9
|
Grid Data Distribution strategy: Design and Implementation of a Pipeline Oriented Data Management System.
|
Nicola Lama
|
|
P4.10
|
Extending Sherpa Data Analysis with S-Lang
|
Stephen Doe
|
|
P4.11
|
The SLANG/CIAO Synergy: Using S-Lang within CIAO
|
Gregg Germain
|
|
P4.12
|
Developments in the Starlink AST library - an intelligent WCS management system.
|
David Berry
|
|
P4.13
|
APT: Hubble Space Telescope's Proposal Preparation Tool
|
Tony Krueger
|
|
P4.14
|
First steps to interoperate GILDAS and MIRIAD, two current
state-of-the-art data reduction packages of millimeter
radioastronomy
|
Jérôme Pety
|
|
P4.15
|
Chandra Level 3 Processing: Creating an Automated Source Catalog for Chandra Data
|
Roger Hain
|
|
P4.16
|
Making FITS available in .NET and it's Applications
|
Vivek Haridas
|
|
P4.17
|
The SCUBA-2 Data Reduction Pipeline
|
Tim Jenness
|
|
P4.18
|
The INTEGRAL ground segment, data and science processing
|
Roland Walter
|
|
P4.19
|
Data Processing at the INTEGRAL Science Data Centre
|
Mathias Beck
|
|
P4.20
|
From INTEGRAL to Planck:
Geneva's contribution to the LFI data processing
|
Marc Turler
|
|
P4.21
|
Automated image reduction and analysis of images from multiple data archives
|
Seathr\' un \' O'Tuairisg
|
|
P4.22
|
An IRAF-based data reduction and analysis pipeline for the xFOSC family of instruments
|
Ray Butler
|
|
P4.23
|
The MAXI Software System
|
Hitoshi Negoro
|
|
P4.24
|
LTL - The Little Template Library
|
Claus A. Goessl
|
|
P4.25
|
Extending ORAC-DR for offline processing of ESO and ClassicCam data
|
Malcolm J. Currie
|
|
P4.26
|
Modeling and developing the SuperAGILE experiment information system
|
Francesco Lazzarotto
|
|
P4.27
|
The AIPS++ Project
|
J.P. McMullin
|
|
P4.28
|
A Science Data Model for the Virtual Observatory
|
Gerard Lemson
|
|
P4.29
|
The ACS Science Data Pipeline
|
Kenneth Anderson
|
|
P4.30
|
The NOAO Mosaic Pipeline Architecture
|
Francesco Pierfederici
|
|
P4.31
|
Interacting with the NOAO Mosaic Pipeline
|
Michelle Miller
|
|
P4.32
|
Building Towards the LSST: A Common Pipeline for Real-time Detection of Optical Transients
via Frame Subtraction for SuperMacho, ESSENCE, LONEOS, and SDSS
|
Armin Rest
|
|
|
P5: Data Processing and Visualisation
|
|
P5.1
|
New User Requirements for Astronomical Data Visualization
|
William Joye
|
|
P5.2
|
Visualizing data cubes on the Grid
|
Guy Rixon
|
|
P5.3
|
Visualization Guilets in S-Lang
|
Michael S. Noble
|
|
P5.4
|
Fv 4.0 - New Release of the FITS Data Visualizer and Editor
|
William Pence
|
|
P5.5
|
3D inspection of visibility data obtained with the Westerbork Synthesis Radio Telescope
|
Nico Vermaas
|
|
P5.6
|
Shadow Bands Observed During The Total Solar Eclipse Of 4 December 2002, By High-Resolution Imaging.
|
Szymon Gladysz
|
|
|
P6: Image Restoration & Compression
|
|
P6.1
|
Generalized Linear Multi-Frequency Imaging in VLBI
|
Sergey Likhachev
|
|
P6.2
|
Images analysis in Asteroid and Satellites Astrometry
|
Alvaro Lopez Garcia
|
|
P6.3
|
Representations of distortions in FITS world
coordinate systems
|
Mark R. Calabretta
|
|
P6.4
|
MultiDrizzle: Fully Automated Registration, Cosmic-Ray Cleaning and Combination of Dithered HST Images
|
Anton M. Koekemoer
|
|
P6.5
|
JPEG 2000 Compression for the Downlink and Archiving of Astronomical DataV
|
Janet C. Rountree
|
|
P6.6
|
Sub-pixel image centering with a Maximum likelihood estimator. Application to AO corrected images.
|
Damien Gratadour
|
|
P6.7
|
Refinements to the Iterative Self-Calibration Program for the SIRTF GOODS Legacy Project
|
David Grumm
|
|
P6.8
|
Automatic astrometric calibration with SCAMP
|
Emmanuel Bertin
|
|
P6.9
|
Some (surprising?) uses of Aperture Photometry
|
Mike Irwin
|
|
P6.10
|
Techniques of astro images
|
Moataz Kordi
|
|
P6.11
|
Non-linear transient models and transient corrections methods
for IR low-background photo-detectors
|
A. Coulais
|
|
|
P7: Algorithms and Classification
|
|
P7.1
|
Automated determination of stellar population parameters in galaxies using active instance-based learning
|
Thamar Solorio
|
|
P7.2
|
Boxiness parameter from moments
|
Masafumi Yagi
|
|
P7.4
|
Automatic FITS images quality evaluation with QualityFITS
|
Frédéric Magnard
|
|
P7.5
|
Advances in Automated Algorithms for Morphological Classification of Galaxies based on Shape Features
|
Shaukat Goderya
|
|
P7.6
|
Genetic Programming and other fitting techniques in Galactic Dynamics
|
Peter Teuben
|
|
P7.7
|
Automated identification of spectra in Schmidt plates
|
Raquel Diaz
|
|
P7.8
|
Determination of initial conditions of M81 triplet using Evolution Strategies
|
Juan Carlos Gomez
|
|
P7.9
|
Age determination for the nuclear stellar population of Active Galactic Nuclei (AGN) using Locally Weighted Regression (LWR).
|
Juan P. Torres-Papaqui
|
|
P7.10
|
Optimal Selection of Training Data for the Difference Boosting Neural Networks
|
Ninan Philip
|
|
|
P8: High Performance Computing
|
|
P8.1
|
An AMR multigrid code for calculating gravitational forces.
|
Claudio Gheller
|
|
P8.2
|
How the Planck computing needs fit well on a GRID structure
|
Riccardo Smareglia
|
|
P8.3
|
High Performance Computing for Space using Commercial-Off-The-Shelf (COTS)-Based Technology
|
Kenneth J. Mighell
|
|
P8.4
|
A parallel code analysis of light curve sequences through the astrocomp-grid portal to produce accurate surface maps of magnetically active close binaries
|
U. Becciani
|
|
P8.5
|
Efficient usage of HPC horsepower for the LOFAR telescope
|
Kjeld v.d. Schaaf
|
|
|
P9: Control Systems
|
|
P9.1
|
Hubble Space Telescope -
Monitoring Science Instruments using the On-line Telmetry Archive System
|
Manfred P. Miebach
|
|
P9.2
|
Software reverse engineering and development: the VST telescope control software case
|
Pietro Schipani
|
|
P9.3
|
Using OpenOffice as a portable Interface to JAVA-Based Applications
|
Tom Comeau
|
|
P9.4
|
An Overview of the Large Binocular Telescope
Control System
|
Michele De La Peña
|
|
P9.5
|
The CARMA Control System
|
Chul Gwon
|
|
P9.6
|
The development of the LUCIFER control software
|
Marcus Juette
|
|
P9.7
|
Survey Definition Tool
|
Martin Folger
|
|
P9.8
|
The CARMA Monitor System (CAM) - Transforming Cyclically Collected Telemetry into a Linear Stream
|
N. S. Amarnath (U Maryland)
|
|
P9.9
|
The GBT Engineering Measurement System
|
Paul Marganian
|
|
P9.10
|
When The Observer isn't there: the OMP Feedback System
|
Kynan Delorey
|
|
P9.11
|
The WFCAM instrument software
|
Andrew Vick
|
|
P9.12
|
NRAO Proposal Submission Tool
|
Honglin Ye
|
|
P9.13
|
NEWFIRM Software - System Integration using OPC
|
P. N. Daly
|
|
P9.14
|
Observational Scripting, Control and Imaging with the Allen Telescope Array
|
J. Colby Kraybill
|
|
P9.15
|
Science Goal Monitor: Tools for Science Goal Capturing and Onboard Goal Monitoring
|
Anuradha Koratkar
|
|
P9.16
|
Software tools and preliminary design of a control system for the 40M OAN radiotelescope
|
Pablo de Vicente
|
|
|
P10: Instrument Modeling
|
|
P10.1
|
New Simulation Software for VLBI Observations
|
Igor Guirin
|
|
P10.2
|
Slitless spectroscopy of extragalactic objects
|
V. F. Polcaro
|
|
P10.3
|
Model Based Corrections to Data from Radiation Damaged Detectors.
|
Paul Bristow
|
|
P10.4
|
SIRTF Tools for DIRT
|
Marc W. Pound (UMD)
|
|
P10.5
|
Data Handling for Planck/LFI Ground Tests
|
M. Maris
|
|
P10.6
|
Phasor Algorithms of the SIM Fringe Estimation
|
Xiaopei Pan
|
|
P10.7
|
Scheduler, a distributed batch controller.
|
Dan Nguyen
|
|
P10.8
|
Maintaining Software for Active Missions: a Case Study of Chandra's CTI Problem.
|
Joseph Masters
|
|
P10.9
|
Chandra Long-Term Trending and Prognostication Tools
|
Bradley D. Spitzbart
|
|
P10.10
|
Evaluation of centroiding methods for 2D
calibration lamp spectra
|
Masatoshi OHISHI
|
|
P10.11
|
Efficient data-mining in the sky background
|
John Cunniffe
|
|
P10.12
|
WBUCS: A Web-based tool for simulating deep galaxy fields.
|
Daniel K. Magee
|
|
P10.13
|
Comparison of Echelle Spectra Reduction Packages
|
Petr Skoda
|
|
P10.14
|
The ATST Virtual Instrument Model
|
Stephen Wampler
|
|
P10.15
|
Simulation of the SNIFS instrument.
|
Bonnaud Christophe
|