Medical
PT Software and its outsourcing
This is the last article in the blog series "Developing great software for particle therapy systems". Particle therapy (PT) machines are highly comple...
Blog
Medical
PT Software and its contribution to PT improvement and system upgrades
This is the fourth article in the blog series "Developing great software for particle therapy systems". Particle Therapy (PT) machines are proverbiall...
Medical
PT Software – Safety Systems
This is the third article in the blog series "Developing great software for particle therapy systems". One of the characteristics of Particle Therapy ...
Medical
PT Software – Why do RT and PT machines differ so much in control-room design?
This is the second article in the blog series "Developing great software for particle therapy systems". Particle therapy (PT) machines are highly comp...
Medical
PT Software – The importance of subsystems integration for machine performance
This is the first article in the blog series "Developing great software for particle therapy systems". At Cosylab, we often stress that particle thera...
Medical
A LINAC Control System for BNCT in an Agile Fashion
The design and development of medical-systems software, especially for cancer therapy, is one of the most challenging. It demands particular expertise...
Medical
Slovenia’s Female Engineer of the Year Works in Proton Therapy Development
Jasna Hengovič studied Mathematics at the University of Ljubljana and now works at Cosylab as a software developer and project leader in Cosylab impl...
Medical
The RAPTOR Project
RAPTOR stands for Real-time Adaptive Particle Therapy Of Cancer and is a groundbreaking and multidisciplinary project funded by the European Union.
Medical
C-TCS with Integrated Imaging – A Step Closer to Adaptive Treatment
Cosylab started its development engineering path in medical radiotherapy (RT) by fashioning control systems for the accelerators inside proton therapy...
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