User memories reconstruction

when parts of the raw files associated with a memory are missing or lost due to different reasons.

The whole concept behind Ethernos is to organize at best storage costs the relation between human memories and to maintain a high level of detailed reconstructable facts without direct access to all the raw files that were associated with a processed memory. Simply parsing the ledger to identify the secondary relation where the same cognitive and factual blocks exist.

Ethernos indexes in the meta chain ledger all the memory meta chains and the relation of those with other memory meta chains and the raw files used during their extraction. This makes it relatively simple to reconstruct parts of the memory by referencing it to the similar memories from the affinity pools of that specific memory.

Zoomed in E.g. In the user meta chain ledger, there are 3 memories that contain matching cognitive and factual blocks. One of the meta chains does not have the raw file any longer. Considering the 3 meta pairs of cognitive and factual blocks as relevant for the example.

Define simplified as user location, user father, the playing guitar on my old guitar, and drinking red wine.

For e.g. in the image below the meta chains 121211, 121483, and 121483 contain one of the meta pairs selected. But the meta chain 121483 does not have the raw file anymore.

121483 holds only the Ethernos processed information that is translated as on 02.06.2021 at 21:30 in the user's home from Berin, A man, the user's father, was drinking red wine.

In order to reconstruct the memory of the father is at the user's home and drinking wine the meta chain 121483 can be directly related with 121309, where there is a raw file of my father performing this action.

This relation is identified by overlapping the blocks CB20FB1213- the father and CB90FB991210-drinking red wine. A visual memory of the father drinking red wine can be surfaced from the RAW file of 121309.

The same logic can be extrapolated to any source where cognitive blocks are commonly shared between different meta chains and it is similar to the way the human brain simplifies long-term memory details. This is why sometimes in our brain recalled memories we remember who was involved and protagonists of the memory, but we do not remember what that person was wearing or the exact words they said.

The intended use of Ethernos expects as much raw data to be backed up for the relevant memories, but in case parts of this raw data are lost a strong relation net to low-level backup is possible through the mechanism described above.