Systematic Examples

WIP:

eventually, link reported real uses

use thought exercise examples of how complex networks (each with one specific goal) could develop through this framework of frameworks

sequentially increase complexity in each example

illustrate most aspects of Distributive Governance Framework in at least one example

include at least one hierarchical and federated relationship in each example

depict modularity and distributed version control in at least one example

include distributed database in the final example

Main generic example

(adapted from the deprecated

P2PDN⁠

)

The following description provides a high level overview of recommended principles and practices for developing consistently inclusive and scalable collectives and networks:

Receive/Send Authorization

People

socially⁠

organize at⁠

scale via

digital⁠

identi⁠

fiers which

authorize⁠

each other to

receive⁠

data⁠

from and (sometimes)

send⁠

data to

specific⁠

media

channels⁠

, using

secure⁠

end-to-end encrypted

standards⁠

for both

streaming⁠

and

messaging⁠

View/Edit Authorization

People simultaneously organize as projects (collectives) including the

viewers⁠

editors⁠

and administrators of media resources and repositories. Collectives

distribute⁠

viewing and editing rights to

develop⁠

collective⁠

media⁠

resource⁠

items⁠

. Some develop massive media

networks⁠

with collectively-managed

participation⁠

roles⁠

such as Guests, Contributors, Members and Stewards. (See

Distributive Governance Framework⁠

Collective RDFs

Participants use

inclusive⁠

design⁠

annotation⁠

and

evaluation⁠

to further develop collective media resources via portable and dynamically updated resource description frameworks (RDFs), which globally map public and private resource addresses via unique resource identifiers (UIDs/ URIs). Dynamically updated RDFs enable (a) community-defined differentiation of media resources using modular, composite and hierarchical organizing forms, and (b) flexible user-defined sorting, filtering and searching of media resources.

Cosmolocalized Networking

Collectives develop cosmolocalized networking to make each of their

community⁠

supported⁠

and

portably⁠

-described media resources

independent⁠

of all specific storage

devices⁠

and data

servers⁠

People link p2p-hosted collective media resources to intercollective

distributed versioning⁠

systems, and relate their media more indirectly and organically to other media via

associative⁠

hyperlinks⁠

and

semantically linked data⁠

, including media

attributes⁠

and evaluations by participants in

officially⁠

related collectives.