December 5, 2024

Archives for July 2010

My Experiment with "Digital Drugs"

The latest scare meme is “digital drugs” or “i-dosing”, in which kids listen to audio tracks that supposedly induce altered mental states. Concerned adults fear that these “digital drugs” may be a gateway to harder (i.e., actual) drugs. Rumors are circulating among some kids: “I heard it was like some weird demons and stuff through an iPod“. In a way, it’s a perfect storm of scare memes, involving (1) “drugs”, (2) the Internet, and (3) kids listening to freaky music.

When I heard about these “digital drugs”, I naturally had to try them, in the interest of science.

(All joking aside, I only did this because I knew it was safe and legal. I don’t like to mess with my brain. I rely on my brain to make my living. Without my brain, I’d be … a zombie, I guess.)

I downloaded a “digital drug” track, donned good headphones, lay down on my bed, closed my eyes, blanked my mind, and pressed “play”. What I heard was a kind of droning noise, accompanied by a soft background hiss. It was not unlike the sound of a turboprop airplane during post-takeoff ascent, with two droning engines and the soft hiss of a ventilation fan. This went on for about fifteen minutes, with the drone changing pitch every now and then. That was it.

Did this alter my consciousness? Not really. If anything, fifteen minutes of partial sensory deprivation (eyes closed, hearing nothing but droning and hissing) might have put me in a mild meditative state, but frankly I could have reached that state more easily without the infernal droning, just by lying still and blanking my mind.

Afterward I did some web surfing to try to figure out why people think these sounds might affect the brain. To the extent there is any science at all behind “digital drugs”, it involves playing sounds of slightly different frequencies into your two ears, thereby supposedly setting up a low-frequency oscillation in the auditory centers of your brain, which will supposedly interact with your brain waves that operate at a very similar frequency. This theory could be hooey for all I know, but it sounds kind of science-ish so somebody might believe it. I can tell you for sure that it didn’t work on me.

So, kids: don’t do digital drugs. They’re a waste of time. And if you don’t turn down the volume, you might actually damage your hearing.

Bilski and the Value of Experimentation

The Supreme Court’s long-awaited decision in Bilski v. Kappos brought closure to this particular patent prosecution, but not much clarity to the questions surrounding business method patents. The Court upheld the Federal Circuit’s conclusion that the claimed “procedure for instructing buyers and sellers how to protect against the risk of price fluctuations in a discrete section of the economy” was unpatentable, but threw out the “machine-or-transformation” test the lower court had used. In its place, the Court’s majority gave us a set of “clues” which future applicants, Sherlock Holmes-like, must use to discern the boundaries separating patentable processes from unpatentable “abstract ideas.”

The Court missed an opportunity to throw out “business method” patents, where a great many of these abstract ideas are currently claimed, and failed to address the abstraction of many software patents. Instead, Justice Kennedy’s majority seemed to go out of its way to avoid deciding even the questions presented, simultaneously appealing to the new technological demands of the “Information Age”

As numerous amicus briefs argue, the machine-or-transformation test would create uncertainty as to the patentability of software, advanced diagnostic medicine techniques, and inventions based on linear programming, data compression, and the manipulation of digital signals.

and yet re-ups the uncertainty on the same page:

It is important to emphasize that the Court today is not commenting on the patentability of any particular invention, let alone holding that any of the above-mentioned technologies from the Information Age should or should not receive patent protection.

The Court’s opinion dismisses the Federal Circuit’s brighter line test for “machine-or-transformation” in favor of hand-waving standards: a series of “clues,” “tools” and “guideposts” toward the unpatentable “abstract ideas.” While Kennedy notes that “This Age puts the possibility of innovation in the hands of more people,” his opinion leaves all of those people with new burdens of uncertainty — whether they seek patents or reject patent’s exclusivity but risk running into the patents of others. No wonder Justice Stevens, who concurs in the rejection of Bilski’s application but would have thrown business method patents out with it, calls the whole thing “less than pellucid.”

The one thing the meandering makes clear is that while the Supreme Court doesn’t like the Federal Circuit’s test (despite the Federal Circuit’s attempt to derive it from prior Supreme Court precedents), neither do the Supremes want to propose a new test of their own. The decision, like prior patent cases to reach the Supreme Court, points to larger structural problems: the lack of a diverse proving-ground for patent cases.

Since 1982, patent cases, unlike most other cases in our federal system, have all been appealed to one court, United States Court of Appeals for the Federal Circuit. Thus while copyright appeals, for example, are heard in the circuit court for the district in which they originate (one of twelve regional circuits), all patent appeals are funneled to the Federal Circuit. And while its judges may be persuaded by other circuits’ opinions, one circuit is not bound to follow its fellows, and may “split” on legal questions. Consolidation in the Federal Circuit deprives the Supreme Court of such “circuit splits” in patent law. At most, it may have dissents from the Federal Circuit’s panel or en banc decision. If it doesn’t like the test of the Federal Circuit, the Supreme Court has no other appellate court to which to turn.

Circuit splits are good for judicial decisionmaking. They permit experimentation and dialogue around difficult points of law. (The Supreme Court hears fewer than 5% of the cases appealed to it, but is twice as likely to take cases presenting inter-circuit splits.) Like the states in the federal system, multiple circuits provide a “laboratory [to] try novel social and economic experiments.” Diverse judges examining the same law, as presented in differing circumstances, can analyze it from different angles (and differing policy perspectives). The Supreme Court considering an issue ripened by the analysis of several courts is more likely to find a test it can support, less likely to have to craft one from scratch or abjure the task. At the cost of temporary non-uniformity, we may get empirical evidence toward better interpretation.

At a time when “harmonization” is pushed as justification for treaties(and a uniform ratcheting-up of intellectual property regimes), the Bilski opinion suggests again that uniformity is overrated, especially if it’s uniform murk.

Identifying Trends that Drive Technology

I’m trying to compile a list of major technological and societal trends that influence U.S. computing research. Here’s my initial list. Please post your own suggestions!

  • Ubiquitous connectivity, and thus true mobility
  • Massive computational capability available to everyone, through the cloud
  • Exponentially increasing data volumes – from ubiquitous sensors, from higher-volume sensors (digital imagers everywhere!), and from the creation of all information in digital form – has led to a torrent of data which must be transferred, stored, and mined: “data to knowledge to action”
  • Social computing – the way people interact has been transformed; the data we have from and about people is transforming
  • All transactions (from purchasing to banking to voting to health) are online, creating the need for dramatic improvements in privacy and security
  • Cybercrime
  • The end of single-processor performance increases, and thus the need for parallelism to increase performance in operating systems and productivity applications, not just high-end applications; also power issues
  • Asymmetric threats, need for surveillance, reconnaissance
  • Globalization – of innovation, of consumption, of workforce
  • Pressing national and global challenges: climate change, education, energy / sustainability, health care (these replace the cold war)

What’s on your list? Please post below!

[cross-posted from CCC Blog]