Open xeophin opened 6 years ago
This is a really cool idea! I like the framing, looking at the two extreme ends of the radio wave density spectrum
I'm not sure that I understand the map. Is each orange dot a cell tower and the green area the coverage from the tower? What does the blue mean? Could use some explanation when you do your first revision.
I'm not familiar with Switzerland's geography, so not sure if this map is showing me lots of coverage than one would expect or less coverage than one would expect. Could you provide a map that just gives us context for reading your project?
so you want to have a color ramp of one color that goes from light to dark, from very low to strong.
can you outline for us where the buildings/people are? or find some way to show population density? that may start to solve your issue with buildings vs mountains...
Not ... directly. I just changed the visualisation form. The broadcasting towers have now a translucent gradient. Layer each of those on top of each other, and you will get an approximation of where you have the most broadcasting going on.
I decided to take the three different technologies apart.
But what does it mean?
Either GSM is in decline, only used as a backup solution – or GSM simply needs less cell towers, as it isn't designed to have as large a bandwidth as both UMTS and even more so LTE.
Just tried to see what happens when I take the various technologies apart – are there any obvious differences? But I guess not as much as I assumed.
The data quality/source is still lacking.
i like this approach. we need a key, and i'd suggest you make each technology a different color, signals that they are different data. can you annotate the highest number in each set? or top 3?
Very cool project! I really like your maps. I agree with @sarahslo, you should make each map in a different color and add some annotations of the places with the highest broadcasting activity and maybe the ones with the lowest too if there's an interesting explanation for that.
I also think you could get rid of some of the city labels and leave only the most important ones. I feel like right now they are creating a little bit of visual pollution in your maps.
I'm not very familiar with those technologies, so I think it would be nice to have some sort of explanation of what each of them means. But I guess you can do that in your article too.
Looking forward to checking out your next update! :)
Headline: The Elusive Quiet Spots
Published website version: https://xeophin.github.io/lede-data-studio/antennas/
Code repository: https://github.com/xeophin/lede-data-studio/tree/master/code/02-antennas
Final data set(s): https://github.com/xeophin/lede-data-studio/blob/master/code/02-antennas/cell_phone_antennas.qgz
Getting anything out of the data at all.
Obviously, the data was bad to begin with, so the final visualisation is (quite deliberately) fuzzy. The next step would be to find population density data and compare it to this data set – they will likely be similar. Also, it would be interesting to see whether it's possible to get more detailed data about it.
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Pitch
Summary
With more and more devices coming online and communicating with the wider world via radio waves, I would like to have a look at the cell phone towers in Switzerland, their distribution and broadcasting power and see whether I can draw a map of where you're getting cooked – or where you will find the last dead zone in Switzerland.
Details
Possible headline(s): This is the last dead zone in Switzerland
Data set(s): https://map.geo.admin.ch/?topic=funksender&lang=de&bgLayer=ch.swisstopo.swissimage&layers=ch.bakom.radio-fernsehsender,ch.bakom.mobil-antennenstandorte-gsm,ch.bakom.mobil-antennenstandorte-umts,ch.bakom.mobil-antennenstandorte-lte&catalogNodes=403,408&layers_visibility=false,true,true,true&zoom=2&E=2670802.96&N=1236935.32
Code repository: https://github.com/xeophin/lede-data-studio/tree/master/code/02-antennas
Possible problems/fears/questions:
Work so far
Loaded the data into QGIS and started to play with it.
Checklist
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