Asian Surveying & Mapping
Breaking News
Etihad Cargo completes transportation of UAE-built space mission probe from UAE to the United States
With the probe’s design, build and testing now complete,...
Europe space chief heads to Gulf as bloc looks beyond US
Europe space chief heads to Gulf as bloc looks...
UK aims to launch space junk relocation mission in 2029
The UK is to use giant robotic claws to...
ISRO’s GSLV rocket carrying navigation satellite lifts off
NVS-03 is the third satellite in next generation navigation...
Ethiopia Prioritises National Geospatial Data Infrastructure in New Strategy
The review aimed to build an evidence-based foundation for...
Russia Says It Will Launch Tanzania’s First Earth Observation Satellite in March 2027
Russia says it will launch Tanzania’s first Earth observation...
South Korea Tests First Indigenous Hypersonic Missile
South Korea conducted its first test-firing of an indigenously...
UAE space economy grows 27.1% to $1.5 billion
Findings also recorded an increase in employment across the...
Japan targets 30 rocket launches a year by 2030s
TOKYO -- Japan's economy ministry plans to add new...
China’s LandSpace Launches 10 Satellites to Advance Orbital Computing and Communications
China has launched eight computing satellites developed by ADA...

July 30th, 2019
Researchers from University of Adelaide Win Global Pose Estimation Challenge

The team of researchers from the University of Adelaide’s Australian Institute for Machine Learning (AILM) defeated 47 other universities and space technology companies at the international space competition hosted by the European Space Agency.

The South Australian team—including Associate Professor Tat-Jun Chin, Dr. Bo Chen and Dr. Alvaro Parra Bustos—won the challenge to determine the most accurate orientation of an object in space by using machine learning and 3D vision algorithms.

Teams were given individual high-fidelity images of the Tango spacecraft from the 2016 PRISMA mission and were required to determine the orientation of the craft in relation to the observer from close rendezvous.

The goal of the challenge was to estimate the pose—the relative position and attitude—of a known spacecraft in order to help future space missions.

Knowing the exact pose enables the development of debris-removal technologies, refurbishment of expensive space assets, and the development of space depots to facilitate travel toward distant destinations.