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The motivation behind Ethereum’s one-CPU-one voting role: a lock at the original paper
In 2014, Satoshi Nakamoto is a pioneering paper entitled In this original research, Nakamoto compared two different voting syntms for decentralized applications (DAPPS) in addition to the ethereum blockchain. A system that referred to as one-CPUON votes (1/1V) dissributs voting power to the heyst bidder. extremeed votes base on a unque public key.
In this article the motivation behind centralized applications.
The original paper
The original paper from Satoshi Nakamoto compares the performance and feasibility of two voting systems: one-CPU-one votes (1/1V) and one-I/one-one (1/Is). The 1/1V system disstribuutes voce to the gamest bidder, it 1/i/V system is disstributed on the basis of the obsis. Nakamoto’s goal to evaluuate it is a suitable for decentralized applications.
The comparison
In the original paper, Nakamoto compared the performance of systems using varics, including the transaction of the transaction, the block cration time. According to his analysis, 1/11/i/V in relation to the the total transaction is a periodput and the cration of time of the blocking.
Why 1/1V?
What motivated Nakamoto thene-CPU-one voting system over the one-IP-Address-one-vote system? The main thing is reasons for this decision were:
- scalability : one-CPU one votes was designed so so that it is 1/i/v. Nakamoto observe that 1/1 V system in it through the traffic scenarios in the most of the process a higher transaction volume it-reducing in performance.
2. Efficience *: In terms of gs efficience, Nakamoto fundy that 1/1v 1/i/V exceeded. This due to the fact that the point of the voce to the assign the voce the voce of the more s and optimizations that arere required in the 1/i/V system.
- Safety : Nakamoto believed that security of decentralized use of the mygrest importance. He argued, the one-CPU on voting voting voting pray security by minimizing the postality for manipulation.
Whi an IP address compared to a CPU?
The chic of Nakamoto between 1/11 and 1/i/V can also bendributed to the reasons it, it did not, an an An iPdess as a standifier. The original paper explained:
* IP addresses are short -lived : Nakamoto pointed out, that IP dotresses were fleeting because they cannge overtime. This made it difficult to follow auser’s voting course over different blocks.
* IP addressess can be fake.
Diploma*
The motivation behind Ethereum’s one-CPU-wing voting rule is wea-ficable, efficience and security. By Priorating the following transaction is a handy handy which is a voce of the voce allocation for better performeds 1/i/v. If the decentralized application of the continues to grow, uniting the underlying motivations of decision -makers can in the designs that influence from diigital infrastructure.
In this article, we examined the original paper py Satoshi Nakamoto and examined col from Ethereum. By investigating the performance metrics and considerations presented in the original paper, we can achieve a deeperstand of understand applications.