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1
Intro
2
Radio Astronomy for Programmers
3
Hardware
4
Optical Astronomy
5
The "Radio Window"
6
International Geophysical Year 1 July 1957 to 31 December 1958
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Explorer + Project Vanguard
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Operation: Project Moonwatch
9
Sputnik Trackers
10
Radar? Astronomy
11
Monostatic versus Bi-static or Multi-static
12
Mechanics
13
RIGHT ASCENSION
14
INCLINATION
15
ARGUMENT OF PERIGEE
16
MEAN ANOMALY
17
GROUND LEVEL
18
PERTURBATIONS
19
Formats
20
Types of detection data
21
Ephemeris Files
22
CCSDS Orbit Data Messages
23
FITS (Flexible Image Transport System)
24
RPFITS (Australian FITS?)
25
Track a Satellite from Home
26
Choose your favourite object from the SATCAT
27
Compare Space Surveillance Systems
28
Interpret Telescope "Images"
29
Interpret FITS files
30
Make your own FITS files?
Description:
Explore the fascinating world of radio astronomy from a programmer's perspective in this 45-minute conference talk. Dive into key data formats, units, and terminology used in near-Earth observation, with a focus on space debris mitigation. Learn about the historical context of space observation and its impact on current software practices. Discover the challenges of conflicting measurement standards, open-source paradigms, and legacy code bases. Gain insights into Australia's radio telescopy capabilities and publicly available resources. Acquire practical skills to tackle space science problems using Python or your preferred programming language, including satellite tracking, telescope imagery interpretation, and space surveillance system evaluation. No advanced mathematics required – expect engaging explanations with drawings and animated gestures to demystify this interdisciplinary field.

Radio Astronomy for Programmers

linux.conf.au
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