This page contains information found on research-oriented projects led by companies and/or research communities.
Against Cancer (CAC) By: Parabon Computation
To help speed the fight against cancer, Parabon is donating computing resources to major research centers and universities, including:
By: University of Oxford and United Devices
The National Foundation for Cancer Research (NFCR) Centre for Drug Discovery in the Department of Chemistry at the University of Oxford, England in partnership with United Devices search for cancer-fighting drugs using a peer-to-peer platform similiar to that of HMMER
Casino-21 By: University of Oxford
Casino-21 is a scientific experiment in large-scale Monte Carlo simulation of the climate of the 20th and 21st centuries. In brief, users install a unique, state-of-the art climate model on your home PC and keep it running, possibly for a year or more. You'll still be able to use the PC as normal: just like the SETI@home project the model will run as a kind of screensaver as long as your PC is switched on and not in use.
EduCommons By: Utah State University
"The EduCommons Project is an interdisciplinary approach to using technology to help people learn, bringing together the power of five revolutionary ideas from several academic areas:
The EduCommons Project, directed by David
Wiley, is currently under development at Utah State University."
(As found at http://www.educommons.org)
FightAIDS@Home By: Entropia, The Scripps Research Institute
Participants: Entropia, Inc., the Olson laboratory at The Scripps Research Institute (TSRI). Entropia's FightAIDS@Home project attempts to model the evolution of drug resistance and designs the drugs necessary to fight AIDS. Download client that talks to Entropia's network (see GIMPS for similar platform)
Folding@Home By: Pande Group, Stanford University
Another volunteer project that uses a screensaver or client application based on the Mithral CS-SDK to simulate protein folding in an effort to better understand how proteins self-assemble or fold. To study how this happens, requires extremely intensive computations, since proteins fold no slower than a 10 microseconds (10^-6 seconds), but we can only routinely simulate nanoseconds (10^-9 seconds). These computations can be performed with thousands of processors in a distributed environment.
The Great Internet Mersenne Prime Search (GIMPS) By: Entropia
A Mersenne prime is a prime of the form 2P-1. The first Mersenne primes are 3, 7, 31, 127, etc. There are only 38 known Mersenne primes. GIMPS was formed in Jan. 1996 to discover new Mersenne primes. GIMPS has so far found the 4 highest known Mersenne primes.
Scott Kurowski, (firstname.lastname@example.org) founder, Entropia.com, Inc.
George Woltman, (email@example.com) founder of the GIMPS.
Golem@Home By: Hod Lipson and Jorday Pollack
The Golem@Home Project is a downloadable screensaver that randomly creates a population of virtual robots on your system and then evolves them (the current rule for evolution is survival of the robots who can move the greatest distance over an infinite plain). Every week or so a few of your robots will move to someone else's Golem screensaver and a few of someone else's robots will move to your screensaver (you can disable this feature if you're worried about security). These virtual robots contain Design information that can be used to build actual working robots. While you participate, any creatures born (evolved) on your computer are copyrighted to you.
Hod Lipson (firstname.lastname@example.org) and Jordan B. Pollack (email@example.com)
HDDI By: National Center for Supercomputing Applications and Lehigh University
National Center for Supercomputing Applications (NCSA) and Lehigh University are developing an approach to indexing the Web called Hierarchical Distributed Dynamic Indexing (HDDI TM). In short, HDDI accomplishes tasks that are not possible with today's computer architecture. Today's search engines use static indexing and single word search to identify relevance across a small sample of the entire Internet. HDDI on the other hand enables real-time searching of the entire Internet by identifying the relevance of a phrase, not just key words.
HMMER By: United Devices, University of Washington, St. Louis
A bioinformatics research project for the University of Washington in St. Louis, Missouri. The project uses the Hidden Markov Modeling technique to compare known DNA sequences (amino acids) against the data from the Human Genome Project to find similar sequences.
Popular Power is launching its network with a non-profit medical research application,
available today. The company will donate resources to an ongoing research project
that utilizes computer modeling as one technique to better understand influenza
vaccination. For Internet users, this allows participation in a project that can
have an impact on public health, and help save peoples' lives. For biotechnology
companies, this application serves as a good reference application, demonstrating
the power of the platform and providing an example implementation.
Influenza Vaccination By: Popular Power
OceanStore By: University of California, Berkeley
OceanStore comprises a federation of utility providers who cooperate to synthesize a seamless, consistent, highly-available, mobile data platform. It is a component of the Endeavour project at Berkeley.
Unlike other file systems, OceanStore provides truly nomadic data that is free to migrate and be replicated anywhere in the world.
SETI@home By: University of California, Berkeley
A downloadable screensaver (client) allows anyone with a computer and an Internet connection to take part in the search for extraterrestrial life (analysis of radio waves gathered by the Arecibo telescope located in Puerto Rico).
How it works:
David Anderson (firstname.lastname@example.org), Project Director at University of California-Berkeley.
Dan Werthimer (email@example.com), Chief Scientist.