论文标题
与ASIC的开采开采
Scrypt Mining with ASICs
论文作者
论文摘要
在过去的三年中，政府和互联网爱好者引起了加密货币的广泛关注。这些货币在现代的数字贸易时代以其安全性和快速交易而闻名。比特币是这些货币中的第一个比随后的迭代获得很大优势的货币。比特币首先是由纳卡摩（Satoshi Nakamoto）构想的，他在他的论文中提到了加密货币的概念，名为比特币。它具有新的概念，例如使用基于哈希的加密的工作证明和交易。一种特殊的替代加密货币称为莱特币。在记忆密集型算法的支持下，许多加密货币爱好者决定庆祝这种特殊的硬币。 Scrypt通过添加在Litecoin网络中进行交易所需的工作量来扩展比特币的工作算法证明。 Scrypt强迫在设备上使用频繁的内存请求来执行算法的更多工作。这使得由于内存密集型应用程序的性质而难以创建专门的硬件来创建新硬币并进行交易。
Cryptocurrencies have garnered a lot of attention by governments and internet enthusiasts over the past three years. These currencies are celebrated for their security and speedy transactions in a modern era of digital commerce. Bitcoin was the first of these currencies to gain a large advantage over subsequent iterations. Bitcoin was first conceived by Satoshi Nakamoto who mentioned the concept of a cryptocurrency in his paper titled Bitcoin. It featured new concepts such as proof of work and transactions which utilized hash based encryption. One particular alternative cryptocurrency is known as Litecoin. Backed by a memory intensive algorithm known as Scrypt, many cryptocurrency enthusiasts have decided to celebrate this particular coin. Scrypt expands on Bitcoin's proof of work algorithm by adding the amount of work it takes to commit a transaction within the Litecoin network. Scrypt forces more work on the device that is being used to perform the algorithm by making frequent memory requests. This makes it difficult to create specialized hardware to create new coins and to commit transactions due to the nature of memory intensive applications.
