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Supercomputing Biotech Cloud Medicine

A Volunteer Supercomputer Team is Hunting for Covid Clues (defenseone.com) 91

The world's fastest computer is now part of "a vast supercomputer-powered search for new findings pertaining to the novel coronavirus' spread" and "how to effectively treat and mitigate it," according to an emerging tech journalist at Nextgov.

It's part of a consortium currently facilitating over 65 active research projects, for which "Dozens of national and international members are volunteering free compute time...providing at least 485 petaflops of capacity and steadily growing, to more rapidly generate new solutions against COVID-19."

"What started as a simple concept has grown to span three continents with over 40 supercomputer providers," Dario Gil, director of IBM Research and consortium co-chair, told Nextgov last week. "In the face of a global pandemic like COVID-19, hopefully a once-in-a-lifetime event, the speed at which researchers can drive discovery is a critical factor in the search for a cure and it is essential that we combine forces...."

[I]ts resources have been used to sort through billions of molecules to identify promising compounds that can be manufactured quickly and tested for potency to target the novel coronavirus, produce large data sets to study variations in patient responses, perform airflow simulations on a new device that will allow doctors to use one ventilator to support multiple patients — and more. The complex systems are powering calculations, simulations and results in a matter of days that several scientists have noted would take a matter of months on traditional computers.

The Undersecretary for Science at America's Energy Department said "What's really interesting about this from an organizational point of view is that it's basically a volunteer organization."

The article identifies some of the notable participants:
  • IBM was part of the joint launch with America's Office of Science and Technology Policy and its Energy Department.
  • The chief of NASA's Advanced Supercomputing says they're "making the full reserve portion of NASA supercomputing resources available to researchers working on the COVID-19 response, along with providing our expertise and support to port and run their applications on NASA systems."
  • Amazon Web Services "saw a clear opportunity to bring the benefits of cloud... to bear in the race for treatments and a vaccine," according to a company executive.
  • Japan's Fugaku — "which surpassed leading U.S. machines on the Top 500 list of global supercomputers in late June" — also joined the consortium in June.

Other consortium members:

  • Google Cloud
  • Microsoft
  • Massachusetts Institute of Technology
  • Rensselaer Polytechnic Institute
  • The National Science Foundation
  • Argonne, Lawrence Livermore, Los Alamos, Oak Ridge and Sandia National laboratories.
  • National Center for Atmospheric Research's Wyoming Supercomputing Center
  • AMD
  • NVIDIA
  • Dell Technologies. ("The company is now donating cycles from the Zenith supercomputer and other resources.")

This discussion has been archived. No new comments can be posted.

A Volunteer Supercomputer Team is Hunting for Covid Clues

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  • Can't see Intel and their deep pockets anywhere. Would've imagined they could have donated some resources, too. Well, they're too busy spreading propaganda about how their 14nm++++++++++++++++ products are better in "real life workloads" like how they might open Excel 70ms faster than AMD's, but suck at everything else.
    • You don't see Intel on a list of organizations donating time of their supercomputer.

      That leads to the obvious question - does Intel *have* a supercomputer they could be donating time on? I don't follow supercomputers, so I don't know. All I know about supercomputers is that of the top 100 fastest computers in the world, 100% run Linux. Just like this router here with 32MB of storage. That's quite remarkable.

      • You don't see Intel on a list of organizations donating time of their supercomputer.

        That leads to the obvious question - does Intel *have* a supercomputer they could be donating time on? I don't follow supercomputers, so I don't know. All I know about supercomputers is that of the top 100 fastest computers in the world, 100% run Linux. Just like this router here with 32MB of storage. That's quite remarkable.

        Intel has a supercomputer. Unfortunately, it runs Windows 10 and keeps rebooting forced updates and the applications keep dying without any usable error messages other than "Your application has stopped working." Then they tried to change some settings and got caught up in registry hell.

  • by Wizardess ( 888790 ) on Monday July 13, 2020 @03:39AM (#60292574)

    When the immunological fit has hit the shan pull out the dexamethasone. I've seen articles about a doctor in the Los Angeles area at Cedars Sinai who noticed COVID cases gone critical very strongly resemble good old fashioned cytokine storms. He dragged dexamethasone out of his kit bag and has not lost a patient so treated. They recover out of ICU within about 24 hours. More recently I've seen reports of a British "discovery" of pretty much the same thing. And the news does not find something like that exciting, it would kill the news cycle they are milking.

    And a look at the studies for hydroxyquinoline suggest early treatment with it can lead to lighter symptoms. Remdesivir is also a significant help early in the disease cycle.

    I'm not sure bazillions of CPU cycles are needed to figure out this sort of thing. But, I suppose it is fun to put this together.
    {^_^}

    • by bill_mcgonigle ( 4333 ) * on Monday July 13, 2020 @07:42AM (#60293048) Homepage Journal

      > And a look at the studies for hydroxyquinoline suggest early treatment with it can lead to lighter symptoms.

      It doesn't help CoVID at all. The British study made this mistake and killed several patients enrolled in it.

      Hydroxyquinolone is good for amoebic dysentery but not effective for nCoV-19.

      Hydroxychloriquine, when given as a prophylaxis with Zinc appears to help the body fight off the virus by acting as an ionophore and getting Zn into the endosomes where it can help clean up the viral mess. It may dampen the CK2 mechanism specifically.

      The Big Pharma coalition is busy constructing HCQ studies without Zinc because they know that most people aren't paying attention and will see HCQ acting by itself having little effect. Even doctors and epidemiologists (90% of everybody isn't at the top of their game). The Indian studies are using dietary foods high in Zinc, others are giving bioavailable supplements, but The Lancet got caught with its pants down by publishing the Surgisphere study that appears to have 100% faked data, because its "results" fit the gated institutional narrative. The Lancet's peer "reviewers" never questioned the literal impossibility of Surgisphere's listed Methods because it fit their confirmation biases.

      Remdesivir is expensive as hell and may only have a mild effect but that may be outweighed by long-term morbidity costs.

      Nebulized steroids, early, seems to help patients kick the disease. The physician who was the Texas chief physician for a number of years has been using it over more than a thousand patients with confirmed disease hasn't lost a single one and, importantly, probably prevented most long-term damage. Japan and Taiwan have been doing this for months to similar effect.

      Systemic steroids, like dexamethasone absolutely do help, but it's not all that hard to prevent almost all patients from getting to that point. The information black-hole in the top-most-afflicted nations is somewhere between indicating a systemic problem and highly suspicious. "Third World" and "Developing Nations" countries are doing better than the US, UK, Canada, etc. The difference needs a sober explanation.

    • Pediatricians kind of knew this from the start. Most of the damage that COVID is doing is from cytokine storms, inflammation, and autoimmune effects. The coagulopathies being observed in adults are much like Kawasaki disease in children, and in fact this has been associated with Kawasaki disease. In pediatrics we deal with this all the time, and steroids are used as an adjunct -- not a sole treatment -- for these things. The internal medicine community was under the impression that giving steroids for a vir
  • by tinkerton ( 199273 ) on Monday July 13, 2020 @03:46AM (#60292580)

    There is a problem in different sectors: it is easier to expand efforts which analyze data than it is to expand on generation of data. The result is that the analyzers start to put out reports which seem convincing but which are actually weak. The result is false confidence in the science.
    The antivirals studies(HCQ/Remdesivir) are a good example. What you need to get a reliable and expensive test . Instead you get mediocre tests and a lot of analysis on existing data. The result is there remains a lot of room for disagreement and opposing convictions.

    Climate studies have suffered a lot from that. Journalism suffers a lot.

    • It takes a lot longer to get results for promising compounds than to find the promising compounds themselves. But if we can find the most promising compounds faster it means not wasting time on the shit ones. Now, shit studies on the other hand are a separate matter, when an administration has an interest in promoting compounds, whether for personal or political goals, we have gained nothing except to be well and truly fucked.
      • I'm talking of shit studies of the type 'Garbage in Garbage out'. Not studies which are compromised because of conflicting interests, though that happens too.

    • We are late in the empire phase and scientific corruption is getting more naked by the month. Look at all the comments. If you can't tell accurately, you might be suffering from the gaslight...
      • Scientific corruption is a problem. Reduced trust in science is corruption. My comment however is not about corruption but about where to invest. And then investing in good data is expensive and the work is difficult. It is much more attractive to invest in the processing of the data and in trying to make the most of the data which is available.

    • The best tests are by microarray, which exist. PCR is the worst.

      Typically only the throat is tested, you need to test both throat and blood for the virus and the blood for the antibodies. And, no, swab isn't good enough, according to doctors I've talked to.

      • well, what is the right word again? A study? I am thinking of selecting a bunch of people and have them use the medicine in a double blind manner with parameters which are defined upfront, not afterwards. And get that right. Now because there is wild variablity in how people are affected by the virus is is not easy to get a good sample of people and because for those affected most heavily it is hard to do double blind so it is difficult to get a good study.

        I don't worry too much about PCR not being good en

        • by jd ( 1658 )

          False positives are near-zero. False negatives are 40%.

          • I've read problems with sampling: the swab often doesn't capture enough virus if the infection has already moved down the airways,
            and I've read about problems with how exactly you run the tests. It's a kind of selective amplification which can fail to amplify enough. The way you work around that leads to some variability in sensitivity. Running it multiple times for instance. I thought you could reduce false negative to below 40%

    • by AmiMoJo ( 196126 )

      The Japanese were using their supercomputers to model things like the spread of micro droplets in various environments in order to develop more effective techniques for protecting people. They had some interesting results, for example a simply plastic barrier between people on opposite sites of a desk isn't all that effective. They did modelling of train and aircraft cabins too.

  • And you can help too (Score:5, Informative)

    by Isao ( 153092 ) on Monday July 13, 2020 @04:06AM (#60292634)
    Go to https://foldingathome.org/ [foldingathome.org] to add your spare computer power to research possible COVID remedies. Nearly 1.5 petaflops being contributed right now.
    • Yes, I was wondering why this wasn't mentioned! I've got six machines here helping folding@home, part of a HUGE combination of computers and supercomputers lending their cpu cycles to helping find a cure! For me, it's great to combine a love of computers with doing good for mankind.
    • Correction: It is 1.5 exaflop. 1500 petaflops. Can be seen here https://stats.foldingathome.or... [foldingathome.org] 1.4 exaflops now. Most computations coming from Linux machines, closely followed by windows ones.

      It was 2.4 exaflops for a while with a peak at 2.6. More than all the TOP500 computers reunited at the time. There have already been publications from that volunteer work and more are coming. :)

    • This is Slashdot. We're too busy trying to find ET.
  • Hopefully this will help keep them out of the bars at night. Other than that, the idea of smothering yourself in data is not the ideal solution to finding a problem, it's just an excuse for a lack of insight.
  • But a little bit late in the day wouldnt you say? They should have started this in march.

    • But a little bit late in the day wouldnt you say? They should have started this in march.

      This approach is broadly applicable to other diseases, though. It could be the Silicon Valley disruption of medicine that we have all been waiting for.

      • The Silicon Valley disruption of medicine started in Armonk, NY with IBM, and really, it wasn't just about medicine but about computer systems that enabled the ridiculously detailed and find grained accounting and financial scorekeeping of the business of medicine.

    • Re: (Score:2, Informative)

      by Anonymous Coward

      But a little bit late in the day wouldnt you say? They should have started this in march.

      Why? It wasn't a problem in March.

      March 2: "You take a solid flu vaccine, you don't think that could have an impact, or much of an impact, on corona?"
      March 2: "A lot of things are happening, a lot of very exciting things are happening and they're happening very rapidly."
      March 4: "If we have thousands or hundreds of thousands of people that get better just by, you know, sitting around and even going to work â" some of them go to work, but they get better."
      March 5: "I NEVER said people that are feeli

      • by Viol8 ( 599362 )

        "Why? It wasn't a problem in March. "

        I don't know what country you're in but here in the UK the lockdown started in March when it very much WAS a problem.

      • I was going to post a snarky line by line response to this, but it's just too much work. Some examples: Flu vaccine for coronavirus? Good God. 2 ventilators in a major hospital? Maybe some hodunk regional hospital, but I've never been in a major hospital that bad and if I was I would raise holy hell to the administration to get the shit fixed. (I've gone into a place where the OB unit didn't have any NRP equipment worth a damn and that got fixed the first day I was there. This is what you will get, I don't
    • by bws111 ( 1216812 )

      The consortium was launched March 22. https://venturebeat.com/2020/0... [venturebeat.com]

  • by Richard Kirk ( 535523 ) on Monday July 13, 2020 @06:47AM (#60292918)

    Computer: The answer to Life, Covid-19, and everything is...

    Crowd: Yes?

    Computer: ...you are not going to like this...

    Crowd: Get on with it!

    Computer: The answer to Life, Covid-19, and everything is...

    Crowd: Yes?

    Computer: ..is wear a face mask when you go out.

    Crowd: What?

    Computer: That's the answer. I checked it very carefully.

    • by Shaeun ( 1867894 )
      Oddly - A mask is 80% effective for each person - which means together they're like 92% effective. Which is a magnitude better than 0% effective but is still not the ultimate answer.
  • So they are putting together a massed computer network designed to provide the perfect answer for COVID-19. What are they putting together to assure they are asking the correct question? If you do not ask the right question you might well miss the best corrective measures for a bad situation. Optimization efforts seem to work that way.

    {o.o}

"Oh what wouldn't I give to be spat at in the face..." -- a prisoner in "Life of Brian"

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