比特币挖矿的算力指的是在比特币网络中用于进行区块验证和生成新比特币的计算能力。在比特币网络中，挖矿是通过解决复杂的算法难题来验证交易并添加新区块到区块链上的过程。解决这个难题需要进行大量的计算，需要消耗大量的电力和计算资源。
In the Bitcoin network, mining is the process of verifying transactions and adding new blocks to the block chain by solving complex algorithmic problems. Addressing this problem requires a great deal of calculations, which require significant consumption of electricity and computing resources.
比特币网络中的算力是指所有挖矿节点的计算能力之和，通常以哈希率来衡量。哈希率是指在比特币网络中，每秒钟可以进行的哈希运算次数。哈希率越高，意味着这个节点的计算能力越强，越容易成为区块的生成者，从而获得新的比特币奖励。
The calculus in the Bitcoin network refers to the sum of the computing power of all mining nodes, usually measured by the Hashi ratio. The Hashi rate refers to the number of Hashi operations that can be performed every second in the Bitcoin network. The higher the Hashi rate means that the greater the computing power of the node, the easier it becomes to be the generator of blocks, thus obtaining a new bitcoin reward.
比特币网络中的算力随着时间的推移而不断增加，因为越来越多的矿工加入了网络，竞争越来越激烈。这也意味着，如果要在比特币网络上进行挖矿，需要拥有足够的算力才有可能获得比特币奖励。
Arithmetic in the Bitcoin network has increased over time, as more miners have joined the network and become more competitive. It also means that, if there is to be mining on the Bitcoin network, it will be possible to obtain a bitcoin reward with sufficient arithmetic.
算力，顾名思义，可以理解为计算能力，算力一词一般用于挖取比特币的过程，挖取比特币需要用到矿机，而每个矿机每秒钟能做多少次hash碰撞，就代表这台矿机的“算力”，其单位记作hash/s。
Arithmetic, by definition, can be understood to mean that the word arithmetic is generally used in the process of extracting bitcoin, that bitcoin requires the use of a miner, and that the number of whash collisions per miner per second represents the “calculation” of the mine machine, which is recorded as ash/s.
hash碰撞的定义给定表M，存在函数f(key)，对任意给定的关键字值key，代入函数后若能得到包含该关键字的记录在表中的地址，则称表M为哈希(Hash)表，函数f(key)为哈希(Hash) 函数。
Hash collisions are defined as form M, with a function f (key) existing, for any given key value key. If you can add a function to an address in the table that contains that key, form M is the Hash table and function f (key) is the Hash function.
目前主流的矿机为14T左右的计算量级，每一台矿机每秒至少能做1.4乘以10的13次方的哈希碰撞。我们可以说，这一台14T规格的矿机就有14T的算力。
The prevailing mine is a calculus level of about 14T, with each miner capable of at least 1.4 times 10 times 10 times 13 than Hash. We can say that this 14T-sized mine has 14T.
矿工所掌握的所有矿机占比特币全网总算力的百分比代表着TA在这10分钟竞争中所能获胜的概率。举个例子，如果比特币现在全网的算力是100，而某个矿工拥有10的算力，那么TA每次竞争记账成功的概率就是1/10。
The percentage of the miners who have all the mine machines in their total capacity for the Bitcoin net represents the probability that TA will win in these 10-minute competitions. For example, if Bitcoin now has 100, while a miner has 10, the probability that TA will be successful in every competition is 1/10.
算力每隔千位划为一个单位，最小单位 H=1次 1000H=1K 1000K=1G 1000G=1T 1000T=1P 1000P=1E
Arithmetic per 1,000 places is divided into one unit, the smallest unit H = 1 H = 1 K 1000 K = 1G 1000G = 1T 1000T = 1P 1000P = 1E
S9 13.5T 也等于 13500G / 0.0135P
S9 13.5T also equals 13500G / 0.0135P
比特币全网算力
目前，比特币的全网算力增加到145E/S的历史顶峰——这是一个新矿工不断加入比特币挖矿的信号。
At present, the full net capacity of Bitcoin has increased to a historic peak of 145E/S — a signal that new miners are constantly joining Bitcoin in mining.
不同币种的算力
不同的币种的挖矿算法可能会不一样。比如比特币是sha256算法，莱特币是scrypt算法， 以太坊是Ethash算法。
Digging algorithms in different currencies may be different. Bitcoin is a sha256 algorithm, Lightcoin is a scrypt algorithm, and Ethash is an Ethash algorithm.
以上就是算力是什么意思?算力的单位是什么?的详细内容，更多关于算力科普的资料请关注币界网其它相关文章！
What does that mean? What is the unit of computing?
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