Hateful reviewers October 25, 2009
Posted by CK in Funny, Research.Tags: Conferences, Hate, Papers, Reviews, Science
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Sometimes, you submit a paper to a conference, and you know the chances are somewhat slim based on usual acceptance rates. So you are familiarized with the idea that your paper will be rejected, but don’t quite expect what happens then. You get your 4 reviews, and one reviewer is very happy with your paper. You get a 9/10 overall. Then the other two are posing some reasonable questions, but still they both give you a 7/10 overall. And then, then comes one who basically provides all kinds of completely useless, stupid, unjustified, plain wrong comments, and gives you a 2/10 — even on paper organization, that the others all marked with an almost perfect grade. Now I have a few ways to interpret this behavior, none of which can be elaborated without becoming too explicit. I mean, this just shows hate. If it wasn’t a blind review, I would seriously think it was personal. Don’t get me wrong, I’ve had papers rejected before, and I’m perfectly ok with that, when it comes with justified comments and useful advice. But when it happens without those, it’s just bothering me.
I hate hateful reviewers, and some times, I just hate my luck (or lack of luck, thereof).
What’s in a Service Level Agreement? March 17, 2009
Posted by CK in IT, Research.Tags: eContracting, QoS, Service Level Agreements, SLAs
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Here’s a link to a short post I wrote for the site of the project I am working on. Comments are welcome
Remote Instrumentation at eScience’08 December 11, 2008
Posted by CK in IT, Research.Tags: DORII, eScience'08, OGF, Remote instrumentation, RISGE
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Today I had the pleasure to talk at IEEE eScience’08 about a Remote Instrumentation topic [1][2][3] — more specifically about reservation of instruments for remote use. I was very pleased to see how interested people are on the topic, which has been around for some time but clearly we have only scratched the surface. Remote access to instruments for data acquisition and/or control could have enormous impact on society, if done correctly. Just imagine how people in poorer countries would have the possibilities to do experimental science using facilities that they neither have in their countries nor can they even travel to use. Or the impact on business, in a system where companies could rent their equipment to others in such a scheme, much like today’s cloud computing. And don’t forget education! Students from one university could experiment remotely on equipment in other universities, possibly at the other end of the world. The possibilities are endless and include more or less all fields of societal activity.
There are many people working on the topic, such as ex-colleagues from the DORII project. Today I also found out about some very interesting work at the Ohio Supercomputer Center with its RICE project. Last but not least, there’s work taking place in the context of the RISGE Research Group of the OGF, so if you are interested in the topic, subscribe to the RISGE list and join at the next OGF event!
On EU’s ICT research agenda September 16, 2008
Posted by CK in IT, Research.Tags: EU, ICT, Spinellis
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Diomidis Spinellis is an associate professor at the Athens University of Economics and Business, and a globally respected hacker. His blog is always interesting to read, and today’s post deserves to be mentioned. Diomidis argues that the central planning of ICT research in the European space delivers sub-optimal results, as the researchers participating in FP ICT efforts chase delivery dates for “micromanaged research projects planned to address yesterday’s needs in a 24 month timeframe” (sic). In contrast, he refers to Bell Labs and the unrestricted work carried out there in past decades, effectively resulting in six Nobel prizes. A short post worth your time.
On the real-world infeasibility of fully-automated SLAs June 30, 2008
Posted by CK in Design, IT, Research.Tags: Service Level Agreements, SLAs
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In the last few years I have been involved, to a certain extent, in digital service ecosystems and e-contracting frameworks. In other words, automated Service Level Agreement (SLA) management. In this sense, management includes things such as planning, optimization, negotiation, provisioning, discovery, monitoring, reacting on exceptions, re-planning/re-negotiation/re-provisioning, and so on, and so forth.
Although in general this seems to be feasible from a technical point of view (despite all the theoretical problems, which are always affected by the business reality as well), it is clear that human intervention and ratification will always be needed. It is not possible for managers to accept that a machine is making decisions that have a direct financial impact (good or bad), even if theory says these decisions have solid footing. Another problem has to do with the very definition of rules to express what is binding to the parties involved and what are the penalties depending on the exceptions. Coming up with the sheer terminology for a task like this is a huge thing by itself. The real-world (i.e. non-digital) legal system took hundreds of years to establish the relevant nomenclature for business law, and I guess there are still significant gaps (becoming larger as the world and business itself changes). Forming digital representations of real-world terminology and metrics which sometimes are abstract enough to require arbitration in court, is a very challenging task; Persuading managers to accept systems that make use of them, is probably impossible.
Then comes the issue of trust and (trusted) 3rd parties. A non-automated, static (i.e. manually managed) SLA for digital services is easier, in the sense that the parties involved agree a priori on the tools, metrics and exact numbers to use for the specific use case. Although it might be possible to define a one-fits-all referee for generic SLA compliance monitoring, it still looks like the average manager does not accept the jurisdiction of an external monitoring entity for making financial decisions that affect his/her business.
Then there are also the reflections of (technical) negotiation issues onto automated, dynamic SLAs. The network is an unreliable medium for transferring information. Message queues are useful, but they only guarantee delivery of a message; they cannot do anything about totally dumb agents which assume that sending a message means the other end received it immediately or almost immediately. Truth is, the message might be received with a significant delay; by that time, the agreement offer or the agreement document itself may be useless for the receiving party. After all, automated SLAs are build for a highly dynamic world of services, where the landscape changes from one minute to the next. Timestamping is not a solution, but we do have GPS after all, so it can be mitigated to some extent.
The above are only some of the problems, just to point out that direct application of real-world contracts on the digital world is not straight-forward. The last word must always belong to a manager, just like the real world. At least for the time being, noone accepts that this last word belongs to a computer system. It makes sense, but it is still a pity.
Science 2.0 April 24, 2008
Posted by CK in Research.Tags: Data, Science, Sharing, Wiki
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Scientific American has published an article about what is now called “Science 2.0“. The concept is similar to the leap from the WWW to Web 2.0: Publishing of scientific data in ways possible to share and aggregate it. Essentially, we’re talking about an application of social networking concepts to scientific research, thus bringing the latter back to its roots of openly sharing and reviewing scientific developments before their final form. According to the article, it has worked very well so far, for the OpenWetWare project.
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