Computer Work Calculator
is an interactive web page that allows you to estimate the "fair value of a
slice of CPU power," estimate the cost of purchasing that amount of power on
a commercial distributed computing network, or estimate the soonest possible
time that you can execute a given number of instructions for a given amount
of money.
|
Many add-on tools for SETI@home are listed in the
SETI@home FAQ. These include
tools to maintain and view logs of work units, display stats about your
current work unit in a small Graphical User Interface (GUI), view extended
information about SETI@home team statistics, and buffer multiple work units
on your system so that you don't need to connect to the SETI@home servers
after completing each work unit.
|
COWPump uses WinAmp's Visualization plug-in to
visualize distributed.net's client's performance.
|
DSpy
is a Win32 executable that monitors up to tenSengent D2OL and/or Community TSC
clients. Version 0.964 R1 of the client is available as of January 21, 2003.
This version supports the new protein targets that Community TSC began
in January, 2003.
|
KDFold monitors up to 10,000 Folding@Home, Genome@Home,
Distributed Folding and Find-a-Drug clients (Find-a-Drug is currently
only supported in the Windows client). It is available as an executable
or source code for Linux and Windows, and it is customizable with
auto-sizeable skins. All skinned versions have a rollup button on them
in the title bar: the button is different for each skin. Version 5.8f of
the WinKDFold (for Windows) and LinKDFold (for Linux) client is available
as of November 16, 2002.
|
Google Compute, a feature of the
Google Toolbar, volunteers your computer to work on distributed computing projects when it would
otherwise be idle. It currently supports the Folding@Home project. In the future it will
support other projects and will use your computer to "improve Google and its services." You can enable
and disable this feature of the Google Toolbar at any time, and you can access
your stats for the projects you are contributing to. All Google Compute
volunteers are grouped into the Team Google team for projects that support
teams.
|
Distributed
Proofreaders Client (DPC) is a Windows application,
written by Charles A., which allows you to proofread e-texts for the
Distributed Proofreaders projecton your PC instead of through the Distributed Proofreaders
website. The latest version of the client is available as of October 20, 2002.
|
Distributed Folding GUI
provides a graphical way for Windows users to start,
stop, and run the Distributed Folding
client software. It shows you how many structures have been completed in the
current block, how fast the structures are being folded, and gives an
estimated time for when the block will be completed (and it lets you write
this benchmarking information to a file which you can share with friends).
It also lets you change the options used for the Distributed Folding client.
|
Folding@Home Grapher
graphs and analyzes Folding@Home team statistics
over time." "The current functionality includes the ability to download and
store team statistics from the Folding@Home site and display a graph showing
the performance of any subset of teams."
|
ECC2-109 GUI
provides a graphical way for Windows users to start,
stop, and run the ECC2-109
client software. It shows you how many distinguished points you have found and
how fast the distinguished points are being found, and displays benchmarking
information about your system (you can write this benchmarking information to
a file which you can share with friends).
|
ECC2-109 GUI
provides a graphical way for Windows users to view statistics from multiple instances of the
ECC2-109 client software. It shows you how many distinguished points
each instance has found and how many points are being tested per second, and
it allows you to start and stop remote instances and to edit the .cfg file
via the GUI.
|
FoldMonitor
by Denis Hruza is a PerlTk script (or Win32 executable) that graphically monitors
Folding@Home version 2 clients. It also monitors
Genome@Home clients if you run it with a --genome option, and
Distributed Folding clients if you run it with a --distribfold option. The PerlTk
version requires you to have Perl/Tk installed on your system. It supports
skins and color themes, so you can customize its look. Version 5.1.4 is
available as of May 23, 2002.
|
CPH
by Chris Harper is a small, simple, and fast Win98
application which monitors your Genome@Home client. It provides a lot of
information about your current and cached work units, estimated work unit
completion time, and your project stats. It also starts and stops your
Genome@Home client.
|
Genome Spy
monitors and analyzes a nearly unlimited number of Genome@Home clients in one
application window. It is written in Visual Basic 6 and is currently only
available for the Win32 platform. Version 0.98.32 is available as of January 12, 2002.
|
Folding Timer
is a web-based tool that allows you to estimate
the time it will take for your system to complete one Folding@Home
protein folding work unit.
|
SETI Timer
is a web-based tool that allows you to estimate the time it will take for your system to process
one SETI@Home data block.
|
Molecular Voyeur
by Kevin 'Mashrinx' Scott allows users to
graphically monitor the progress of the Genome@home and Folding@Home client applications.
|
Genome Voyeur
by Kevin 'Mashrinx' Scott allows users to graphically monitor the progress of the
Genome@Home client application.
|
Folding Voyeur
by Kevin 'Mashrinx' Scott allows users to
graphically monitor the progress of the Folding@Home client application.
|
