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Northeastern University Sues Google Over Patent
kihbord writes to mention that Boston's Northeastern University and Waltham, Mass. based company Jarg have brought suit against Google for apparently infringing on a distributed database system developed by Kenneth Baclawski. "The patent describes a distributed database system that breaks search queries into fragments and distributes them to multiple computers in a network to get faster results. The patent was assigned to Northeastern University, which licensed it exclusively to Jarg, according to the lawsuit, filed last Tuesday with the U.S. District Court for the Eastern District of Texas."
It looks like Bayh-Dole strikes again: http://en.wikipedia.org/wiki/Bayh-Dole_Act .
bash-2.04$
bash-2.04$yes "Don't you hate dialup connections?"| write USERNAME
FTA, the patent was filed on Dec 2, 1997. From Google's Corporate History page, they describe setting up their first data centre in 1998.
Still absolutely ridiculous that this idea was patentable, and that the patent infringement case could happen this late.
I congratulated him on the several patents he just acquired. Although I can't say I was very happy about his recent moves.
My work here is dung.
Breaking a query into pieces and evaluating them at nodes containing a subset of the database has been written about since the 1970s. I read about it in grad school back then. Whether that's actually the thing actually patented by jarg is an entirely separate question. If it is, the PTO has screwed up once again. If it isn't, then perhaps there is a deeper similarity that TFA isn't describing.
Most major universities control massive patent/IP portfolios... see the CalTech or BU for major examples. Universities are corporations, nothing more or less. The research done there is assigned to the corporation/school.
-Daniel
I know the initial urge of a small company suing a larger one (especially a darling of slashdot such as Google) will have a lot of people yelling patent troll, but this may not be the case. The fact that this is a company from a university professor means that the company very likely has a working product that has been derived from several years worth of research. To those who are not used to the American system of research at the university level (for Professors and PhDs), any researcher can apply for a patent on the research they have been doing in the lab. The patent is usually issued in the name of the university or jointly in the name of the researcher and the university. There is usually an exclusive licencee for the patent. This forces the university to allow the researcher to have first dibs on licensing the technology he worked on exclusively to some company he decides. This is done as university's usually take anywhere from 50-75% of all royalties generated by the patent as research was done on university property. Thus many profs usually spin off companies and sit on the board of directors for the company and earn a supplementary income this way.
So , heres how it works :
1. Do research on some area.
2. Get funding from $Federal Agency of choice
3. Make a few students get PhD's doing research on this topic
4. Go to the office of tech licensing on campus and draw up patent
4.a Make sure the exclusive license clause is in the patent
5. ??? -> Form company and sit on board of directors
6. Profit.
Legally obligatory sig : My opinions are my own... etc etc
Not quite. The patent was for splitting a single query into multiple chunks. In the case of a DNS server, a single DNS server gives you a reply. For round robin; same thing, one request from one client, one reply from one server.
The patent was for taking a single request, breaking it up into subrequests, then distributing the subrequests amongst multiple servers and then gluing the results back together.
So to make the required car analogy, its like taking a shopping list, breaking it up by area of town that the store is in, then deploying a separate car to each area and meeting back at home.
WARF (Wisconsin Alumni Research Foundation) is a huge patent-holder in the biotechnical arts. You can't do anything interesting in the field nowadays without hitting a WARF patent. Not saying that they're a patent troll, just saying they try to patent everything they might have innvented.
A NYC lawyer blogs. http://www.chuangblog.com/
Generally speaking no, students do not pay for much/most research, at least not directly. There are of course lots of exceptions but research is typically paid for by grants (government and/or corporate) or various wealthy benefactors. A surprisingly large part of being a successful university researcher is being able to bring in the money to conduct your research. Certainly some tuition money ends up going towards research but it is a surprisingly small percentage, often nothing at all. My alma matter gets literally billions a year from the NIH and other sources other than students tuition. Some of the professors barely see the inside of a classroom. That said, without the students the universities would not exist and universities have a tendency to forget this fact when it comes time get out of the lab and to teach said students. It's not right but unlikely to change either.
As for whether research at public universities should be public domain, ethically you can make a strong case for putting it out there for everyone but legally it does not work that way right now. (see Bayh-Dole act) Universities now have very large patent portfolios and regularly spin off companies, technologies and licensing. Often creates some significant conflict of interest issues.
Most patent suits are filed in East Texas. It's the in thing to do.
Well, there were products on the market in the 1980s that did break down the queries to several CPUs.
...
One such example is Teradata, which had the database tables partitioned among many CPUs (done automatically on insert), each with its storage.
A query would be split automatically to all the CPUs, and each would fetch and return the rows matching the criteria in its part of the table.
The results are then combined from all CPUs and returned back to the application.
Later the CPUs were just emulated in software, as hardware became more powerful.
Prior art then
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