This document discusses cosine measurement systems and their applications. Cosine develops optical measurement systems for use in space, air, fields, and factories. Their systems include hyperspectral cameras for forensic analysis and assessing food quality, stereoscopic cameras, sensors for precision agriculture, and multispectral imaging platforms. Cosine's systems provide objective measurements to inspect food freshness, detect contaminants, and monitor industrial processes. The goal is to use real-world sensor data and modeling to provide accurate feedback that motivates behavioral changes.

1. cosine measurement systems
from Rocket science to Pocket science
Prof. Dr Marco Beijersbergen
cosine measurement systems
Leiden University

2. cosine space technologies
cosine develops and supplies measurement systems for space, air, field and
factory

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4. cosine measurement systems
Optical proximity sensors on MASCOT lander of Hayabusa2
Developed in 8 months
Launched Dec '14
Lands on asteroid 1999 JU3 in
2018

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8. cosine measurement systems

9. Measurement systems

10. Measurement systems

11. Measurement systems

12. Measurement systems

13. Measurement systems
5 cm

14. cosine hyperspectral camera: forensic application
Hyperspectral camera, to recognize and date blood stains on a crime scene
14condi food - a new standard in food quality and safety

15. Different color perceptions

16. CONDI Fish
• Measure quality objectively during first 3-4 days
• Determine time period since capture within hours
• 100% inspection
• Inspection before filleting measuring gill blood spectrum
• With hyperspectral imaging , it is possible to recognize fish ageing
16condi food - a new standard in food quality and safety
l

17. cosine measurement systems
OptiTens® – carbon fiber tension
0 2 4 6 8
282,0
282,2
282,4
282,6
282,8
283,0
283,2
283,4
Ramanshiftdifference[cm-1
]
Tension [kN]
Experimental
Fitting
Equation y = a + b*x
Weight Instrumental
Residual Sum
of Squares
4,85182
Pearson's r -0,95607
Adj. R-Square 0,90333
Value Standard Error
F Intercept 283,08297 0,05247
F Slope -0,1071 0,01161

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19. cosine measurement systems
Stereoscopic camera systems
4 Mpix CMOS camera pair
Computer-controlled optical zoom (20x), iris, focus
Cross-calibrated and synchronised

20. cosine measurement systems
TROPOMI

21. cosine measurement systems
Multifunctional spectral imaging platform
Multicamera
spectral image
processor
thermal
IR
vis
UV
X-ray
gamma-ray
ionizing particles
Up to 6 spectral cameras
Synchronized, cross-calibrated
On-board FPGA
On-board embedded PC
Real time display

22. cosine measurement systems
Spectral imaging
Hyperspectral Imaging Measurements
Data hypercube

23. cosine measurement systems
Airborne hyperspectral imaging
IRIS®

24. cosine measurement systems
Precision farming
Doel: duurzaam hogere opbrengst per m2
Irrigation
Fertilisation
Pest control

25. cosine measurement systems
FTS Camera
Hyperspectral camera, to recognize and date blood stains on a crime scene

26. cosine measurement systems
CONDI® versheidmetingen aan kieuwen

27. cosine measurement systems
CONDI food inspection

28. cosine measurement systems
Food applications
Hyperspectral imaging
Freshness
Cultivar
Ripeness
Geometric classification
Imperfections
Process Monitoring
3D Imaging Laser imaging
Microbes and allergens
Contamination
Particle analysis

29. cosine measurement systems
Sturdy field solutions
Doel: gegarandeerde kwaliteit en veiligheid

30. cosine measurement systems
Science
world model
make a model
measure data
compare with model
improve model

31. cosine measurement systems
Gaming
model
human
make a model
interact with the model
experience relation between input
and output

32. cosine measurement systems
Serious gaming
world model
human
make a model
interact with the model
experience relation between input
and output
change behaviour

33. cosine measurement systems
Real-world gaming
world model
human
feed model with real data
close the loop
get real feedback

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35. cosine measurement systems
Challenges
How to make it acceptable to people to measure many things that they
cannot observe themselves
How to provide feedback in such a way that normal people can
understand: feel and experience, not graphs and numbers
How to give rewards to people so that they are motivated to participate
even if the real-world feedback is slow

36. cosine measurement systems
Conclusion
Use real-world measurements to feed the models that people interact
with
Let people interact with a model that closely resembles their own world,
not an imaginary one
what-if scenario's starting from a realistic starting point
see the predicted effects and the real effects
Close the loop

37. cosine measurement systems
cosine
Oosteinde 36
2361 HE Warmond
The Netherlands
tel. +31 71 5284962
info@cosine.nl
Marco Beijersbergen
Tel +31 71 5284962
m.beijersbergen@cosine.nl