Moke MOAC mining
Publish: 2021-05-08 15:25:40
1. Mother of all chain (MOAC) blockchain (hereinafter referred to as "moacchain", transliterated as "Moke chain" in Chinese, also known as "the mother of many chains") is an open-source blockchain platform. It supports multiple seed blockchains on P2P network through hierarchical configuration structure. It is developed by the top team of blockchain experts in Silicon Valley, breaking through the asynchronous contract call, asynchronous contract call, and multiple seed blockchains Contract fragmentation processing and cross chain operation are the current instry problems. The expansion capacity and contract processing speed of the platform are far better than the current smart contract platform. It is a blockchain proct that can really deploy commercial applications
the reason for the emergence of Moke is that Ethereum, the hottest smart contract platform at present, has insufficient speed and expansion capacity to meet the needs of a large number of token project applications. Compared with Ethereum's 7-14 transactions per second, Moke can achieve 100 times, even 1000 times under optimized conditions
how is Moke, as an "optimized Ethereum", realized technically<
01 layered verification
first of all, layered verification is adopted. Other systems either insist on pow, or insist on POS, or mix POW + POS, which can not effectively use the advantages of both and avoid the disadvantages of both. We use POW in the physical network and POS in the logical network of the smart contract, so that we can take both advantages into account, which can be called pop (POS over POW)<
02 fragmentation technology
the latest fragmentation concept of Ethereum, the main chain is basically unchanged, and a validator management contract is added to manage sharding interface and allocation. The main chain doesn't care what it looks like in sharding. The main chain only cares about the hash of your header. However, in order to achieve fragmentation in technology, according to the route planning of Ethereum, it will not come out until 2019
compared with Ethereum's single network, Moke has successfully broken through and adopted sharding technology, which can divide Moke into numerous logical subnets, making parallel computing possible, solving a major problem in the instry, greatly improving the processing speed, so as to achieve visa level transaction scale<
03 asynchronous call
Ethereum's synchronous smart contract call, the return of smart contract and block consensus are bound in the same block, resulting in the total amount of smart contract processing limited by block time. Moke adopts asynchronous smart contract call, so that the call and return can cross blocks without block time limit, which greatly increases the number of smart contracts to be processed at the same time
04 cross chain
by crossing blocks through asynchronous smart contracts, Moke can carry out atomic cross chain operation on blockchains with different block generation times, making Moke an underlying blockchain system with cross chain capability. Asynchronous call of smart contract can cross blocks from start to completion, and is no longer limited to one block. This greatly speeds up the throughput of MOAC, and has the function of cross chain of different blockchains
different blockchains have different block generation times. For example, if you set a contract to buy Ethereum erc20 token on the MOAC, you can cross the current block of the MOAC in 5 seconds, and then the contract will wait for Ethereum 25 second block to complete the corresponding transaction through off chain communication, and then complete the transaction in the N + 2 MOAC block. This kind of atomic transaction is completely different from the current transactions completed by various cross chain third-party roles through the establishment of an intermediate escrow account
in the contract, you can also define several confirmation blocks to complete the transaction. Other blockchain systems lack the function of asynchronous call contract, so they can't exchange atoms across chains, which is the advantage of MOAC
05 plug in and verify self built blockchain procts
the new idea means to build a new blockchain. We need to set up servers, develop teams, build communities, attract new users, and so on. We need to spend a lot of money to implement new blockchain ideas. After the inker chain goes online, these ideas can be easily tested on the inker chain, without huge additional costs<
06 never bifurcate
once blockchain procts are deployed and put into proction mode, it is difficult to add / modify / delete functions. Such a modification is either a soft fork or a hard fork. Dealing with bifurcation requires great effort and economic consequences. The architecture mode of Moke chain makes it possible to improve blockchain without bifurcation.
the reason for the emergence of Moke is that Ethereum, the hottest smart contract platform at present, has insufficient speed and expansion capacity to meet the needs of a large number of token project applications. Compared with Ethereum's 7-14 transactions per second, Moke can achieve 100 times, even 1000 times under optimized conditions
how is Moke, as an "optimized Ethereum", realized technically<
01 layered verification
first of all, layered verification is adopted. Other systems either insist on pow, or insist on POS, or mix POW + POS, which can not effectively use the advantages of both and avoid the disadvantages of both. We use POW in the physical network and POS in the logical network of the smart contract, so that we can take both advantages into account, which can be called pop (POS over POW)<
02 fragmentation technology
the latest fragmentation concept of Ethereum, the main chain is basically unchanged, and a validator management contract is added to manage sharding interface and allocation. The main chain doesn't care what it looks like in sharding. The main chain only cares about the hash of your header. However, in order to achieve fragmentation in technology, according to the route planning of Ethereum, it will not come out until 2019
compared with Ethereum's single network, Moke has successfully broken through and adopted sharding technology, which can divide Moke into numerous logical subnets, making parallel computing possible, solving a major problem in the instry, greatly improving the processing speed, so as to achieve visa level transaction scale<
03 asynchronous call
Ethereum's synchronous smart contract call, the return of smart contract and block consensus are bound in the same block, resulting in the total amount of smart contract processing limited by block time. Moke adopts asynchronous smart contract call, so that the call and return can cross blocks without block time limit, which greatly increases the number of smart contracts to be processed at the same time
04 cross chain
by crossing blocks through asynchronous smart contracts, Moke can carry out atomic cross chain operation on blockchains with different block generation times, making Moke an underlying blockchain system with cross chain capability. Asynchronous call of smart contract can cross blocks from start to completion, and is no longer limited to one block. This greatly speeds up the throughput of MOAC, and has the function of cross chain of different blockchains
different blockchains have different block generation times. For example, if you set a contract to buy Ethereum erc20 token on the MOAC, you can cross the current block of the MOAC in 5 seconds, and then the contract will wait for Ethereum 25 second block to complete the corresponding transaction through off chain communication, and then complete the transaction in the N + 2 MOAC block. This kind of atomic transaction is completely different from the current transactions completed by various cross chain third-party roles through the establishment of an intermediate escrow account
in the contract, you can also define several confirmation blocks to complete the transaction. Other blockchain systems lack the function of asynchronous call contract, so they can't exchange atoms across chains, which is the advantage of MOAC
05 plug in and verify self built blockchain procts
the new idea means to build a new blockchain. We need to set up servers, develop teams, build communities, attract new users, and so on. We need to spend a lot of money to implement new blockchain ideas. After the inker chain goes online, these ideas can be easily tested on the inker chain, without huge additional costs<
06 never bifurcate
once blockchain procts are deployed and put into proction mode, it is difficult to add / modify / delete functions. Such a modification is either a soft fork or a hard fork. Dealing with bifurcation requires great effort and economic consequences. The architecture mode of Moke chain makes it possible to improve blockchain without bifurcation.
2. Now, MOAC's sub chain technology can solve this instry problem! Moke MOAC sub chain has been verified in the public beta, which shows that Moke MOAC is the only bottom public chain that supports issuing chain with money and issuing chain without money on the sub chain at the same time.
3. mining machinery will have well-known brands to cooperate.
4. MOAC designed a two-level mining mechanism, which actually involves a deeper consideration. In fact, the allocation mechanism of Eth and bitcoin is very single, relying on POW mining. However, the cost of pow mining is very high, and ordinary participants have no other allocation mechanism except to obtain eth or BTC from the secondary market. Both BTC's service charge and eth's gas are the only one-time distribution way in the system. Moke MOAC proposed two-stage mining, especially the upper mining, which provides a secondary distribution function. In order to maintain the normal operation of the sub chain, the deployer of the sub chain needs to continuously pay MOAC and allocate it to the participating SCS nodes. This is different from one-time deployment and unlimited use of eth. Eth relies on users to pay gas to miners to maintain contracts, while MOAC lets contract creators or communities pay the maintenance costs of sub chain contracts. However, the cost of SCS node participating in mining is very low, only a certain amount of MOAC deposit is required, and the requirement of the system is very low. This mining mechanism enables the majority of SCS nodes to participate and obtain benefits, which makes the secondary allocation of MOAC more extensive. In this way, it can greatly mobilize the enthusiasm of the community and form an open system. The default configuration of the sub chain is to pay with MOAC. The creator of the sub chain can set the time interval of each block and the return of each block. These rewards are paid by the creator. MOAC provides a dynamic management mechanism, so that even if the value of MOAC itself fluctuates, it can still make SCS node profitable, and the sub chain Creator will not be overburdened.
5. The mining of the upper layer is related to the way of consensus. The nodes involved in mining become SCS nodes. MOAC provides a variety of ways of consensus.
6. A low-level public chain which realizes the function of sub chain and is friendly to DAPP.
7. The defense of the kingdom. However, a good network speed is necessary, so as not to be unable to obtain roll points e to the disconnection after the burst: Princess Iron Fan
2, auction house trading
if you want to ask how to improve the burst rate, the way to obtain Shura Dao:
1, this is all based on the probability and the elite map of adventure island< br /> Other methods of increasing probability mentioned on the Internet are only used for psychological comfort (to put it bluntly, superstition): blue sea bottom - fury of Poseidon (the last boss chart)
3
2, auction house trading
if you want to ask how to improve the burst rate, the way to obtain Shura Dao:
1, this is all based on the probability and the elite map of adventure island< br /> Other methods of increasing probability mentioned on the Internet are only used for psychological comfort (to put it bluntly, superstition): blue sea bottom - fury of Poseidon (the last boss chart)
3
8.
bus line: No.58, the whole journey is about 14.1km
1. Walk about 110m from the second hospital of Harbin Medical University to the second hospital station of Harbin Medical University
2. Take No.58, pass 20 stations, and reach the Convention and Exhibition Center Station (or take No.51)
3. Walk about 810m to Harbin International Convention and Exhibition Center
2
9.
bus line: Metro Line 1, the whole journey is about 7.6km
1. Walk about 250m from the second hospital of Medical University to the second hospital station of Medical University
2. Take Metro Line 1, after 7 stops, to the Railway Bureau Station
3. Walk about 610m to Heilongjiang International Expo Center
Hot content