Hi everyone, today I'd like to take some of your time and attempt to explain a cryptographically verified function set operating on linked nodes.
This has the slightly dirty word blockchain attached to it, but only because I find myself stumped at certain points and need to use the term to forward some of the validity of this system. (I am a very stupid individual, so I will not explain this correctly, and understanding this will require some leaps over gaps that will be filled in by others if it works.)
Here goes: node-array-kernel
Hash function used to verify data exchange.
Data exchange: request, fulfillment, transfer, acknowledge, update
Token is hash value verified by private key that can unlock data stream inside array
Array is multiple nodes computing core functions, hash functions are used to verify data-streams and transactions/transfers.
Node is network-oriented device capable of computing simple hash functions and transferring relevant data through a medium. All data meant to update core computational functions is to be translated to a relevant medium. Nodes are verified through entirely separate functions.
These data exchanges and relevant verifications begin to form the theorized blockchain. This cryptographic "evolving" function is influenced by the relevant DataStream and will produce new tasksets as its kernel functions become more refined.
TLDR; linked nodes operating tasksets beyond coin based transactions, operating on the same array as the coin based transactions, nodes can be used for anything from simulations, to chemical processing systems, to AI feed tubes.
This has the slightly dirty word blockchain attached to it, but only because I find myself stumped at certain points and need to use the term to forward some of the validity of this system. (I am a very stupid individual, so I will not explain this correctly, and understanding this will require some leaps over gaps that will be filled in by others if it works.)
Here goes: node-array-kernel
Hash function used to verify data exchange.
Data exchange: request, fulfillment, transfer, acknowledge, update
Token is hash value verified by private key that can unlock data stream inside array
Array is multiple nodes computing core functions, hash functions are used to verify data-streams and transactions/transfers.
Node is network-oriented device capable of computing simple hash functions and transferring relevant data through a medium. All data meant to update core computational functions is to be translated to a relevant medium. Nodes are verified through entirely separate functions.
These data exchanges and relevant verifications begin to form the theorized blockchain. This cryptographic "evolving" function is influenced by the relevant DataStream and will produce new tasksets as its kernel functions become more refined.
TLDR; linked nodes operating tasksets beyond coin based transactions, operating on the same array as the coin based transactions, nodes can be used for anything from simulations, to chemical processing systems, to AI feed tubes.
