Shirky on Spectrum Ownership
scubacuda writes "When engineering assumptions change, shouldn't the laws that govern technology reflect those changing assumptions? Perhaps Clay Shirky puts it best: 'Things like shoes, cars, and houses are all property. Property is excludable -- it is easy to prevent others from using it -- and rival -- meaning that one person's use of it will interfere with another person's use of it. Spectrum has neither characteristic. Spectrum is purely descriptive -- a frequency is just a particular number of waves a second -- so no one can own a particular frequency of spectrum in the same way no one can own a particular color of light. Instead, when an organization 'owns' spectrum, what they really have is a contract guaranteeing Federal prosecution if someone else broadcasts on their frequency in their area. The regulatory costs of forcing spectrum to emulate property are enormous, but worthwhile so long as it leads to better use of spectrum than other methods can. That used to be true. No longer.'"
meaning that one person's use of it will interfere with another person's use of it.
Doesn't this happen, though? People complain a lot about their microwaves and cordless phones screwing up their WIFI, for example. Or am I missing something?
concrete5: a cms made for marketing, but strong enough for geeks.
Wrong. At least some big corporations would disagree with this statement. As a matter of fact we (figuratively) pay taxes to educate business people who dispute who actually owns a color...
When many radios in close proximity broadcast on the same frequency, the resulting noise interferes with the operation of the radios especially in data and voice applications. All the smarts you put behind a device can't solve that. It is a matter of physics and physics will always get the final say.
Now there does exist quite a bit of licensed spectrum in the lower bands that isn't being used everywhere, but it is in some places. Exactly how to utilize those in some places and not others in an open market is a tough question.
This discussion about spectrum as property, and the whole lot about the several kinds of intellectual property, really reminds me of what I just read in Paul Johnson's "History of the American People" about the debate in the early 19th century about "natural property" (shoes, rice, land, houses) vs "artificial property" (money, stock, loans, corporations) and whether the US Constitution should offer the same kind of protection to this "artificial" property as it does for natural property. In hindsight, it is obvious that these should be protected just as physical property, to foster economic activity and capitalism.
/. readers, I'm inclined to emphasize the differences between old-style property (to us) and copyright, patents, and trademark just the way many people around 1800 emphasized the differences between natural and artificial property. but it makes me wonder, are we the dinosaurs here, instead of the RIAA, FCC et al. ?
As many
PS - just for the record, I'm not American, I'm Dutch.
Shirky is unusually accurate in this screed about technology undermining the fundamental mission of the FCC: a central registry of spectral band users to prevent interference in radiated signals. The FCC was established to create, sell, and protect "necessary" monopolies on spectral bands handed to favored broadcasting corporations. But Clay's imprecise, as he misses the biggest threat to the spectrum registrar: phased array antenna technology.
Traditional antennae are "1 dimensional" in their tuned band: a signal is either present or not (to a degree, in an amplitude of power) at any given moment. So the world looks either like a wash of, say, "green", or is completely dark - no edges or other features, which appear only in dimensions. A phased array is like a video sensor area- as signals of a tuned color arrive from a single origin in space, at slightly different times to slightly different points in the array, the same color can be sensed as emanating from different "spots". Human eyes use lenses to assign different arrival times/points to different retinal detector cells, while phased array antennae can use use the actual timing differences.
These new arrays allow a single color to be used by different transmitters, separated by the exclusive positions we're familiar withj in our daily lives: each thing is in only one place at a time. So phased array antennae are even more sophisticated than spread spectrum codecs, or the FCC: using the properties of space and light, there's no need to "register" or negotiate colors. Each color can be used by anyone, so long as their position is exclusive of everyone else. As that condition comes free with physical existence, we're freed from the limits of one-dimensional, low-fidelity sensors, and archaic monopoly administrators like the FCC, as well.
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make install -not war
BZZZZT!! The water absorption frequency is up around 21 GHz and the liquid absorption line is REALLY broad. I have seen a large industrial "microwave oven" running at 916 MHz - so there is nothing magical about 2.4 GHz.
The reason that 2.4 GHz is widely used is that most countries have agreed on the use for ISM (Industrial, Scientific, Medical). Other users of the frequency must tolerate interference from these sources, which makes it undesirable for licensed services.
A Shadeless room is a brighter room.
The regulatory costs of forcing spectrum to emulate property are enormous
I'm not a fan of regulation, and the article makes good points, and it's true that the budget of the FCC is about $280 million/year. However, compared to the total annual income of the radio, television, and other industries that use spectrum, is the FCC's budget really that large a percentage?
Q: What does the "B." in Benoit B. Mandelbrot stand for? A: Benoit B. Mandelbrot