DAG is a directed graph data structure that uses a topological ordering. The sequence can only go from earlier to later.
DAG is often applied to problems related to data processing, scheduling, finding the best route in navigation, and data compression.
Well i don't know if I can offer all them things but I think I have a revolutionary new concept that
I want to test out that uses Distributed Network Architecture (DNA) that will scale to spread the loads
across multiple servers (Not miners, not using any) that separates the network from the coins so it becomes
a bean counter as such much like ETH "smart contracts" offers to alt-coins so these coins become native to the network.
Wallets will need just one interface to hold various coin denominations but unlike Bitcoin that is real slim in terms of data size
per transaction at about 250 bytes this coin network will require double that amount per transaction and use "Gas" to pay for
hosting transaction server and will require a variable conversion rate between the currency and the price of "gas"
One node fits all (Like Bitcoin) is not going to work here and the coins network will require
1. Replicated DSN type address serves to host the backbone block-chain (approx size estimated)
2. Archive server that become redundant but added for safety and security
3. Transaction servers (Nodes groups providing redundancy)
I intend on skinning this project out myself and then reeving it up on a LAN to test it with 1-2 billion transaction and I have
been careful not to give too much away but I believe some middle ground between VISA and Bitcoin exists and maybe I have
the answer.