Progress for week 48 (2015)
From Robin
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- Due to some changes in the product I need some more data | - Due to some changes in the product I need some more data | ||
- My intern at ChemiSense will gather that for me | - My intern at ChemiSense will gather that for me | ||
+ | - I have started a partnership with Morgam Kjølerbakken and Stian Aldrin at NILU and will probably do some work at their labs with supervision from Stian in machine learning in sensor analysis. | ||
* Fitted regression for the temperature compensation and referance sensor for CO sensor. | * Fitted regression for the temperature compensation and referance sensor for CO sensor. | ||
* Write 3-5 pages about DAQ process | * Write 3-5 pages about DAQ process |
Revision as of 10:00, 1 December 2015
Contents |
Student template (copy this for your entry)
Budget
- Todo 1
- Todo 2
Accounting
- Done 1
- Done 2
Fredrik
Budget
- Full design in robdyn
- Start on Sferes2 integration?
Accounting
Eirik
Budget
- Implement functions for the image texture features entropy, standard deviation and range in C++.
- Optimize processing speed of the method for estimating road with single-gauss, based on the 5-dimensional feature space:
- Red-Channel
- Green-Channel
- Blue-Channel
- Illumination-Invariant Image
- Entropy
- (Standard Deviation)/(Range)
Accounting
- Done 1, skipped range-filter, because of simmilarity to standard deviation filter.
- Done 2, the algorithm can now process approximately 20 frames per second.
- Also discovered an error in my algorithm for forwarding samples, correction boosted accuracy somewhat.
Magnus
Budget
- Finish script for creating time series
- Finish script for performance measure
- Finish script for plotting results
Accounting
- Done 1
- Done 2
Per
Budget
- DAQ in SF
Accounting
- Done with most of the DAQ
- Due to some changes in the product I need some more data - My intern at ChemiSense will gather that for me - I have started a partnership with Morgam Kjølerbakken and Stian Aldrin at NILU and will probably do some work at their labs with supervision from Stian in machine learning in sensor analysis.
- Fitted regression for the temperature compensation and referance sensor for CO sensor.
- Write 3-5 pages about DAQ process