![]() ![]() This category is for a Plasma model which implements the Simple Transfer feature based on UTXO data structures. Plasma moon atlas world map how to#This article is about how to configure a kind of light-client on a Plasma chain by introducing a verification method using zk-snark in the model of Plasma MVP, More Viable Plasma. ![]() This category is for a Plasma model that adds verification methods with ZK Proof to the simple transfer feature based on the UTXO data structure. It is making transactions contained in blocks but not committed to the root chain available as input to other transactions. This article presents a way to reduce transaction-to-transaction latency. RFC : Low Latency Transaction Confirmations Proposal This is a discussion of ways to liquidate for collateral like deposits for Exit in several Layer2 solutions such as Plasma. It showed how mass exit can be executed through the Sum Merkle Tree, which represents the sum of UTXO aggregation and the aggregated value of each UTXO. This article discussed about enabling single exit for multiple UTXOs or coins by submitting not a Merkle proof for each UTXO or coin but the block number and indices of each UTXO or coin. ![]() Optimistic cheap multi-exit for Plasma (Cash or MVP) This research suggested enabling the Simple Fast Withdrawal even on faulty plasma chains by making the operator deposit on the user’s Fast Withdrawal in return for some fees. Enabling Fast Withdrawals for Faulty Plasma Chains This research proved that we can build the existing valid exit game schema excluding the Confirmation step by changing the exit priority rule from the age of output of UTXO to age of the youngest input. The key idea in here is we can build it only by smart contract on the root chain. This article designed a method of implementing Fast Withdrawal which is presented in the white paper. It also suggested a way of tumbling transaction through pruning. Clients in Plasma chain can verify the UTXO which they received. In this model, the client-side validation method was applied to Plasma MVP, and the structure of UTXO was transformed to include only signatures and destination. In addition, a challenge system was set up to prevent an invalid exit, and Confirmation and Exit Priority were set up to resolve the data unavailability issue.Īlthough there was the issue of poor UX caused by the Confirmation phase which requires 2 steps of signature in sending transaction, it was a good starting point for presenting various future researches. It used binary Merkle tree based on UTXO for its data structures. Plasma MVP is the first plasma model presented after the plasma white paper was released. It is based on the Minimal Viable Plasma(Plasma MVP). This category is for a plasma model which implements the Simple Transfer feature based on UTXO data structures. Simple Transfer 1)UTXO based : Plasma MVP This category includes plasma models which implement general states & computation features like smart contract in Ethereum. This category includes plasma models which implement simple transfer feature like Bitcoin. You are always welcome if you have an idea of better classification. Each plasma model was classified to each category, considering the purpose it is trying to achieve. Two major categories of the World Map are Simple Transfer and General States & Computation. Please let me know if you find something wrong in this article and the map itself. Note : The Plasma World Map is not perfect. It allows new plasma travelers to draw large pictures of numerous studies and provides existing plasma researchers with a good cheat sheet for doing one’s research efficiently. The Plasma World Map is designed to guide anyone traveling on a long journey to plasma safely to their desired destination without getting lost on the way. ![]()
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