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Software and Cyberinfrastructure for Astronomy VIII / Jorge Ibsen, Gianluca Chiozzi.
- Format:
- Book
- Language:
- English
- Subjects (All):
- Astronomy--Popular works.
- Astronomy.
- Physical Description:
- 1 online resource
- Place of Publication:
- [Place of publication not identified] : SPIE, 2024.
- Summary:
- This PDF file contains the front matter associated with SPIE Proceedings Volume 13101, including the Title Page, Copyright information, Table of Contents, and Conference Committee information.
- Contents:
- Front Matter: Volume 13101
- Project Overviews and Progress
- Software life cycles in astronomy: 40 years of computing at CFHT
- SKA telescope control system design and status
- Status of the European Solar Telescope control system
- Status of the ELT control software development
- Reconstruction of the computer, software, and data systems of Leighton Chajnantor Telescope
- Observatory/Telescope Control I
- Software infrastructure for the highly-distributed semi-autonomous Dragonfly spectral line mapper
- USNO's unified telescope control software
- Control/monitoring system: lessons from APEX remote operations, comparison to Paranal, and perspective towards ELT
- SKAO observation execution tool: designing for concurrent, responsive observations
- Sofware framework for controlling any linear or rotation axis and any sensor of a telescope
- The METIS instrument control system
- Software Testing/Quality
- Advanced log analysis for operations at Paranal Observatory
- Enhancing SKA software testing through data mining strategies
- Open-source simulation tools for verifying NASA Pandora SmallSat's scientific performance
- A unit testing approach to developing an industrial real time distributed control system for the New Robotic Telescope
- Methodology for the integration of the array control and data acquisition system with array elements of the Cherenkov Telescope Array Observatory
- Instrumentation Control
- Advancements in astronomical instrumentation: a new control software framework for ELT and VLT instruments at ESO
- VERTECS: A COTS-based payload interface board to enable next generation astronomical imaging payloads
- The design of WFST camera control system
- The fibre target alignment process of the 4MOST instrument
- ANDES, the high resolution spectrograph for the ELT: the software ecosystem
- AI and ML Applied to Control
- Pointing model meets deep learning: a retrospective study on a MeerKAT+ telescope applying deep learning methods for blind pointing corrections
- PSF modeling with deep learning for the Argus Optical Array
- Integrating deep neural networks with COSMIC for real-time control
- Deep learning solutions to telescope pointing and guiding
- Machine learning-driven approaches for precision antenna alignment
- Data Management, Processing and Pipelines I
- Specreduce: An AstroPy-coordinated toolbox for spectroscopic data reduction
- Advancements in streamlining time-domain and multimessenger astronomy follow-up infrastructure at Keck Observatory
- BANZAI-FLOYDS: An automated pipeline for long-slit reduction for Las Cumbres Observatory
- Simons Observatory: observatory scheduler and automated data processing
- Implementation plans for the data reduction pipeline for METIS at the ELT
- AI and ML
- Redesign of astrophysical codes for exascale computing: the SPACE experience
- Astronomical PSF characterization using grammar evolution and symbolic regression
- The survey of surveys: machine learning for stellar parametrization
- Unanticipated fault diagnosis of large telescopes based on IGWO-iForest
- Cloud Technologies/Adoption
- From observatory summit to the cloud: a general approach to service deployment and configuration management
- Efficient use of commercial cloud for astronomical data archive and data analysis
- Moving forward to a cloud hybrid infrastructure for La Silla Paranal Observatory
- Securing the software supply chain for containers: practices and challenges in a cloud-native landscape for a global observatory
- Embracing Industry 4.0 paradigms for digital transformation at the Gran Telescopio Canarias
- Observatory/Telescope Control II
- ELT tracking local supervisors design and development status
- Replacing DDS with Apache Kafka as middleware technology for the Rubin Observatory control system
- Design, implementation, and deployment of SKAO's AlarmHandler, the software system to automatically handle Tango controls attribute alarms in the SKA control system of SKA Low and SKA Mid
- Data Management, Processing and Pipelines II
- The WINTER robotic software system: autonomous control and scheduling for a time-domain astronomy telescope
- Architecture and implementation of a 25000 FPS radio camera on the long wavelength array
- The first release of the Cherenkov Telescope Array Observatory array control and data acquisition software
- A community driven, modular data-pipeline architecture to push EPRV into the 1 cm/s era
- HERMES (HOP Enabled Rapid Message Exchange Service): an application and interface that facilitates sharing structured data between science teams over Kafka for time-domain astronomy
- Cyberinfrastructure
- A modern DevOps and serverless architecture for the New Robotic Telescope software infrastructure
- HPC and GPU accelerated imaging toward the SKA era
- Innovations and impact of the CANFAR science platform
- MAVIS RTC: a COSMIC-based real-time and low latency GPU accelerated system for adaptive optics
- Data Engineering
- An asynchronous web application to visualise large sky surveys
- Log detector: enhancing efficiency through automated issue detection and reporting at ALMA
- Sasquatch: Rubin Observatory metrics and telemetry service
- The database quest for the Square Kilometre Array
- The Gaia AVU-GSR solver: CPU+GPU parallel solutions for linear systems solving and covariances calculation toward exascale systems
- Data Management, Processing and Pipelines III
- The United States extremely large telescope (US-ELTP) NOIRLab program platform: user services, data management, and science platform for ELT science
- Development of a data reduction pipeline for the Aspera SmallSat mission
- Concept verification of the JASMINE astrometric plate analysis
- Updates on the transients handler of the Cherenkov Telescope Array Observatory
- Project Management/Software Engineering
- SKAO software development management: an update
- Tackling software management challenges on the GMT project
- Lessons learned and challenges in maintaining the ViaLactea knowledge base
- Development of the observatory software for the SKAO
- Software development and integration of an adaptive-optics testbed using the Giant Magellan Telescope software frameworks
- Engineering maintainable software in a research software landscape: the new LOFAR2.0 proposal tool
- Poster Session: Software and Cyberinfrastructure for Astronomy
- Extensible pipeline development powered by PyCPL and PyEsorex
- Optimizing thermal control of the MMTO primary mirror
- Tracing component wear signatures in ASTRI-Horn historical monitoring time-series
- The blue multiunit spectroscopic explorer (BlueMUSE) on the VLT: end-to-end simulator BlueSi
- Rsimu: design of the component simulation framework for RACS2
- Data reduction pipeline for the METIS integral field spectrograph
- Using a random forest for antenna bandpass fault detection in the low-frequency Square Kilometre Array
- The software version control procedure for the array control and data acquisition software of the Cherenkov Telescope Array Observatory
- MORFEO: instrument control software continuous integration and software quality assurance
- The science alert generation system of the Cherenkov Telescope Array Observatory
- H2RG controller and data acquisition for GTC-EMIR+
- Rubin's hybrid on premises-cloud data access center
- Building a vibration anomaly detection system for VLTI UT runs
- Data archive and data management software at the Large Millimeter Telescope
- Bringing FORS into the ELT era: implementation of the control software
- Automated scheduler for the SOXS instrument: design and performance
- The SOXS instrument control software approaching the PAE
- The resource manager and central control systems for the Cherenkov Telescope Array Observatory
- Efforts to improve software maintainability at ASTRON
- A deep neural network to restore pulsar dynamic spectra corrupted by radio frequency interference
- MAVIS: designing the interface between instrument control software and SRTC
- Upgrade of VLT-FORS control system: details on its final design and construction phase
- Addressing obsolescence: migrating Grantecan's primary system to a new real-time solution
- Investigation into the use of machine learning to detect memory leaks during continuous integration testing of observatory control software
- Automation of the full functional tests by execution of.
- the regression verification of the main functionalities of the boot software (BSW) of the PLATO payload
- Management of LOFAR 2.0 station states and transitions through the TANGO-controls framework
- Building the largest mock astrometric catalogue of the Milky Way centre in the near infrared for the end-to-end simulation of the JASMINE satellite
- Autonomous interactive agents for global telescope network orchestration
- The intelligent observatory: software for robotic operation, monitoring, and safeguarding
- The ERIS pipeline
- AI detection of S/N<1 sources in infrared images: a deep learning algorithm developed for the AZT24 facility at Campo Imperatore Observatory
- SKA base classes: a case study of reusability of code in a large-scale telescope control system
- The PLC control system development from ASTRI-Horn to ASTRI Mini-Array
- The comprehensive monitoring, logging, and alarm system for the Cherenkov Telescope Array Observatory
- The instrument control software of the LOCNES near infrared solar telescope
- FAST: a software suite for automatic weather and optical turbulence forecast on ground-based telescope sites
- The Gaia AVU-GSR pipeline: a verification pipeline for the global astrometric sphere reconstruction and its future developments
- ASTRI Mini-Array on-site information and communication technology infrastructure
- Machine learning for transient detection with the Argus Array
- The implementation of the Ariel FGS application software
- A reliable and automated orchestrator for the computing system of the ASTRI project
- CCAT: FYST prime-cam readout software: a framework for massively scalable KID arrays
- The electronics and control of mechanisms and house-keeping for the FRIDA instrument: current status and achievements
- Datasink: an efficient open-source system for reliable transfers of observatory data and jobs
- A modern GUI for the control and tuning of the Gemini Observatory M2 tip/tilt/focus mechanism
- Converting Rubin Observatory's data butler to a client/server architecture
- HEART: automated build and test infrastructure for real-time controller development
- Correcting non-common path aberrations with deep learning and ERIS on VLT
- Programming methodologies of NSF's DKIST facility management system
- MAVIS: The preliminary data reduction pipeline
- Iterative development of a python-driven software for detector control replacement at Gemini Observatory
- Bright star subtraction pipeline for LSST: phase one report
- Integration of machine learning and other software solutions to enhance SALT's observational efficiency
- Use of a finite state machine approach for sequence control in the GREGOR infrared spectrograph (GRIS)
- Python and pipelines: Python interfaces for ESO's CPL and HDRL data reduction libraries
- Taurus integration to ELT control software
- SHARK-NIR instrument control software: new features and tools approaching science runs
- Description of MORFEO SRTC physical design and prototyping activities
- METIS AOCS at the beginning of MAIT
- METIS RTC as a computationally heavy system
- The MICADO first light imager for the ELT: PLC-based software design for cryogenic control
- MORFEO at ELT: recent updates in the real-time computer design
- DAO4MATTO: the real-time control implementation for the MATTO test bench
- The Simons Observatory: a minimum-cost matching algorithm for pairing measured resonances with designed detectors
- METIS cryostat and vacuum control
- VSTPOL: upgrading the VST instrument control software for the new wide-field polarimetric mode
- Using a convolutional neural network with all sky infrared images to classify sky regions as clear or cloudy
- ASPIS prototype for causal chains of space weather phenomena
- Active optics control and its integration with the adaptive optics in the European Solar Telescope (EST)
- Software infrastructure for the visible tunable filter
- Roboscheduler: coordinating 50,000 observations over the five years of SDSS-V
- The ScopeSim ecosystem
- Building a control system with cloud native technologies: leveraging kubernetes and tango-controls for CI/CD practices in SKA Observatory software
- Optimization of multiobject observations with GMT-MANIFEST: a case for the G-CLEF exposure time calculator
- Keck planet finder tip/tilt control
- Anomaly detection for the Roman Space Telescope wide field instrument's science data processing pipeline
- The Simons Observatory: deployment of the observatory control system and supporting infrastructure
- The evolution and roadmap of the Taranta project
- Modernising discovery, access, and interoperability for the Trieste solar radio system heritage archive
- SMA-X: versatile information sharing in and around telescopes, and beyond
- Leverage collaborative design techniques to develop a unified interface for the SKA central signal processor
- Enhancing feature development and user satisfaction in SKA: a beta testing approach within the Cream team
- Git with the program: migrating to Git for software revision control at DKIST
- The living sky and the Gaia Legacy project: hybrid data management, dynamic data modeling, and dedicated data reduction sw for Gaia-like big data exploitation
- A modular machine learning data processing pipeline for astronomical observatories
- Deep learning in the SKA era: patterns in the SNR population with unsupervised ML methods
- Final integration and commissioning of the GHOST instrument control software.
- Notes:
- Description based on publisher supplied metadata and other sources.
- ISBN:
- 1-5106-7526-4
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