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首页> 外文会议>2018 1st Annual International Conference on Information and Sciences >Improve Trading Transactions (Deliberation) in E-Commerce of Visual Currencies: A Comparative Study
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Improve Trading Transactions (Deliberation) in E-Commerce of Visual Currencies: A Comparative Study

机译：视觉货币电子商务中改善交易交易（审议）的比较研究

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摘要

Recently, many different electronic digital currencies have appeared on a daily basis, the reason for this is a great success and the boom brought by the currency of Bitcoin at the level of the Internet. In general, creating a new electronic digital currency such as Bitcoin is not easy but at the same time not impossible, the basic idea is to create a new electronic digital currency in its unique work, but how does it work? In the digital internet currencies system, the delaying on transaction verifying is preventing these currencies from getting increase popularity these days and makes the system vulnerable to attack attempts. In this work, we introduce a proximity awareness extending for the digital currency Bitcoin procedure, a noun as Bitcoins Cluster-Based Pinging Timing procedure (BCBPT). An entire objective of this suggested procedure built on in what way the clusters subedit and the nodes acquaint their affiliation is to ameliorate the transacting propagating retard in the Bitcoin networking. In the BCBPT, the closeness of connectivity in a Bitcoin networking is increasing by gathering Bitcoin nodes built on ping the latency among this nodes. It presents, over simulating which the closeness base ping latencies determine best cluster frameworks which optimizing the performing of the transacting propagating lateness. The lessening of the communicating linking estimate measured via the information propagation period between the nodes fundamentally considered as a critical cause for this improvement. The BCBPT procedure is most efficacious at decrease the transacting propagating lateness.
机译：最近，每天都有许多不同的电子数字货币出现，其原因是巨大的成功以及比特币的货币在互联网层面带来的繁荣。通常，创建新的电子数字货币（例如比特币）并非易事，但同时也不是没有可能，其基本思想是在其独特的作品中创建一种新的电子数字货币，但是它如何工作？在数字互联网货币系统中，交易验证的延迟正在阻止这些货币近来日益流行，并使系统容易受到攻击尝试的攻击。在这项工作中，我们引入了一种针对数字货币比特币程序的接近感知，该名词是基于比特币集群的Ping Timing程序（BCBPT）。该建议过程的整个目标建立在集群子编辑和节点以何种方式了解其隶属关系的基础上，以改善比特币网络中的交易传播延迟。在BCBPT中，通过收集基于ping该节点之间的延迟的比特币节点，比特币网络中连接的紧密度不断提高。它提出了过度模拟哪些接近度基础延迟确定最佳的群集框架，这些框架优化了交易传播延迟的执行。从根本上被认为是该改进的关键原因的是，经由节点之间的信息传播时间段测得的通信链接估计的减少。 BCBPT程序在减少交易传播延迟方面最有效。

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