- Title (english):
- Development of Advanced Toolset for Single Station LOFAR imaging data processing
- Creator:
- Jorge Cuello Tejero
- Publisher:
- Ventspils: Ventspils Augstskola
- Date created:
- 2025
- Type group:
- Text
- Type:
- Scientific Work
Metadata
- Title (english):
- Development of Advanced Toolset for Single Station LOFAR imaging data processing
- Alternative title (latvian):
- Uzlabota rīku komplekta izstrāde vienas stacijas LOFAR attēlu datu apstrādei
- Scientific work type:
- Bakalaura darbs
- Creator:
- Jorge Cuello Tejero
- Contributor:
- Jānis Šteinbergs, zinātniskais vadītājs
- Contributor:
- Gints Jasmonts, recenzents
- Format extent (latvian):
- 55 lp.
- Publisher:
- Ventspils: Ventspils Augstskola
- Date created:
- 2025
- Format medium:
- Paper
- Language:
- english
- Abstract (english):
- Title of the thesis: Development of advanced toolset for single station LOFAR imaging data processing Author: Jorge Cuello Tejero Supervisor: Mg.sc.Jānis Šteinbergs Scope of work: 55 pages, 2 tables, 35 figs, 10 equations, 14 bibliographic references Keywords: LOFAR, GRAPHICAL USER INTERFACE, REAL-TIME, SKY IMAGE, LOW FREQUENCY, FAR FIELD The capabilities of the LOFAR telescope enable real-time all-sky imaging across a broad frequency range. These observations allow for the simultaneous creation of far-field and near-field images, facilitating the detection of bright astronomical radio sources, aircraft, drones, and other nearby electronic devices. By combining these images with dynamic spectra and individual antenna outputs, it becomes possible to effectively distinguish between astronomical signals, telescope-related noise, and man-made radio interference. The primary goal of this work is to develop an advanced and efficient toolset for processing and visualizing single-station LOFAR data in real time. This includes the development of a real-time-all-sky image generation system capable of displaying far-field sources, the implementation of source identification algorithms to detect and highlight astronomical radio sources, and creating a GUI for scientific research, enabling dynamic frequency selection and interactive exploration of the data. This thesis is motivated by the need to improve the tools available for single-station LOFAR data processing, particularly in real-time scenarios. Enhancing our ability to visualize, interpret, and interact with LOFAR data on-the-fly is essential for both scientific discovery and public outreach.
- Is part of collection:
- Academia (Kolekcija)
- Subject:
- Bakalaura darbi
- Subject:
- Ventspils Augstskola. Informācijas tehnoloģiju fakultāte
- Subject:
- Datorzinātnes
- URL:
- https://ventspils.biblioteka.lv/AlisePAC/Details?title=Development%2Bof%2BAdvanced%2BToolset%2Bfor%2BSingle%2BStation&Id=278642&Ident=1288703&InstanceId=29&LibraryId=0
- Geographic name:
- Ventspils (Latvija)
- Object location (*):
- Ventspils Augstskola
- Date captured:
- 03.03.2026
- APLIS copyright status:
- Protected by rights
- APLIS access rights:
- This work is protected by copyright and/or neighboring rights. It can be freely used for personal use, scientific research, or self-education. Other uses require permission from the right holder(s).
- APLIS statement of rights:
- Protected by copyrights - not in commercial circulation
- APLIS access notice:
- Accessible online (without the ability to download)
- Blocked:
- Nē
- Type group:
- Text
- Type:
- Scientific Work
- URI:
-
https://dom.lndb.lv/data/obj/1665517
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| 1. | copyright.json | Autortiesību fails | 7.41 KB | 1e8601a08da41464b1c894c7169b1b1f |
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