My World of “Ought to Be”
by Timothy Wilken, MD












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Tuesday, March 05, 2002
 

GIFTegrity How it might work...

Tensegrity is the pattern that results when push and pull have a win-win relationship with each other. The pull is continuous and the push is discontinuous. The continuous pull is balanced by the discontinuous push producing an integrity of tension and compression. This creates a powerful self-stabilizing system. The term tensegrity comes from synergic science.

The gifting tensegrity is a newly invented mechanism for the exchange of human help. Let us begin by describing how a GIFTegrity might be structured and how it could work. Every member of a synergic help tensegrity would participate in two roles. That as a giftor and that as a giftee.

The continuous pull of the giftees' needs are balanced by the discontinuous push from the giftors' offers  of help. Again we see as an INTERdependent life form, there will be times when we will help others and times when others will help us.

The GIFTegrity works on trust. I give help to those in need and trust that when I am in need there will be those who will give me help. Synergic Trust was discovered long ago, and was once known as:

The Spiritual Principle Of Giving And Receiving

“When we give to one another, freely and without conditions, sharing our blessings with others and bearing each other's burdens, the giving multiplies and we receive far more than what was given. Even when there is no immediate prospect of return, Heaven keeps accounts of giving, and in the end blessing will return to the giver, multiplied manyfold. We must give first; to expect to receive without having given is to violate the universal law. On the other hand, giving in order to receive--with strings attached, with the intention of currying favor, or in order to make a name for oneself — is condemned.”
And while, The Spiritual Principle of Giving and Receiving relies on “Heaven to keep account of giving.”, the Gift Tensegrity relies on a public database to keep account of giving.and receiving. This database of the synergic help exchange is a public space where the exchanging of help is made visable to all members who are participants in good standing.

When you join a Gift Tensegrity you sign in and register as a Giftor-Giftee. You will fill out two profiles. The first profile is for your role as a giftor. Your giftor profile is the list of the types of help you would like to give to other members of the synergic help tensegrity.

The second profile is for your role as a giftee. Your giftee profile is the list of the types of help you would like to receive as gifts from other members of the synergic help tensegrity. A third profile will develop as Giftor-Giftee members use the synergic help exchange. This is the personal history of each member’s giving and receiving. This profile is transparent. It can be seen by all members who are particpants in good standing. It shows all the gifts you have given, all the gifts you have received, and any comments made by other members of the synergic exchange tensegrity that you have interacted with in relation to the exchanging of help. Every exchange generates a Giftor’s comment rating the Giftee, and a Giftee’s comment rating the Giftor.

Now once a new member has completed their Giftor and Giftee registration and entered all their data into the data base, the computer sorts and matches gifts of help with needs for help.

Now initially within the Gift Tensegrity, the role of Giftor is active. The role of Giftee is passive. This means that once the computer has completed sorting and matching registered gifts of help with registered needs of help, the lists of matches are presented to the Giftor. These matches are not available for viewing by the Giftee.

The list of matchs are sorted with those who have the highest ratio of giving/receiving and most positive comments being sorted higher on the list than those who have lower ratio of giving/receiving and negative comments.

Read the full article...


6:04:22 AM    

This is so very cool!

The Worldwide Computer

By David P. Anderson and John Kubiatowicz

When Mary gets home from work and goes to her PC to check e-mail, the PC isn't just sitting there. It's working for a biotech company, matching gene sequences to a library of protein molecules. Its DSL connection is busy downloading a block of radio telescope data to be analyzed later. Its disk contains, in addition to Mary's own files, encrypted fragments of thousands of other files. Occasionally one of these fragments is read and transmitted; it's part of a movie that someone is watching in Helsinki. Then Mary moves the mouse, and this activity abruptly stops. Now the PC and its network connection are all hers.

This sharing of resources doesn't stop at her desktop computer. The laptop computer in her satchel is turned off, but its disk is filled with bits and pieces of other people's files, as part of a distributed backup system. Mary's critical files are backed up in the same way, saved on dozens of disks around the world.

Later, Mary watches an independent film on her Internet-connected digital television, using a pay-per-view system. The movie is assembled on the fly from fragments on several hundred computers belonging to people like her.

Mary's computers are moonlighting for other people. But they're not giving anything away for free. As her PC works, pennies trickle into her virtual bank account. The payments come from the biotech company, the movie system and the backup service. Instead of buying expensive "server farms," these companies are renting time and space, not just on Mary's two computers but on millions of others as well. It's a win-win situation. The companies save money on hardware, which enables, for instance, the movie-viewing service to offer obscure movies. Mary earns a little cash, her files are backed up, and she gets to watch an indie film. All this could happen with an Internet-scale operating system (ISOS) to provide the necessary "glue" to link the processing and storage capabilities of millions of independent computers.

Read the full article at Scientific American


5:38:06 AM    



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