MERKLE TREE in Chinese translation

• merkle树
• 默克尔树
• merkle tree

Examples of using Merkle tree in English and their translations into Chinese

Ralph Merkle, for example, introduced in 1979 the concept of a binary tree of hashes(now known as a Merkle tree).
例如，RalphMerkle在1979年引入了哈希值二叉树(现在称为Merkle树)的概念。

To get around this, Ethereum takes the Merkle tree concept one step further.
为了解决这个问题，以太坊将Merkle树的概念进一步拓展。

Every block header in Ethereum contains not just one Merkle tree, but three trees for three kinds of objects.
每个以太坊区块头不是包括一个Merkle树，而是为三种对象设计的三棵树：.

Because the merkle tree is a binary tree, it needs an even number of leaf nodes.
因为梅克尔树是一棵二叉树，它需要偶数个叶子节点。

The manifest is a Merkle tree of controls, assuring every step is provable with just the evidence of the hash.
这个清单是控件的一个Merkle树，确保每个步骤都可以用哈希的证据来证明。

That is, we can prove that a particular block is not in the Merkle tree.
也就是说，我们可以证明一个特定的区块不在Merkle树中。

Panu has experience in cryptocurrency exchange development and was also responsible for coding the merkle tree library for MTP, Zcoin's Proof of Work algorithm.
Panu在加密货币交易所开发方面有经验，还负责编写MTP的merkle树库，Zcoin的工作证明算法。

What is Merkle Trees?
Merkle树是什么？?

Merkle trees are widely used in peer-to-peer networks, blockchain systems and git.
Merkletree被广泛应用于peer-to-peernetworks，blockchainsystems和git。

Incentive to adjust the Merkle trees or transactions.
调整Merkle树或交易的激励.

Merkle trees are used extensively by SPV nodes.
Merkle树被SPV节点广泛使用。

So how exactly do these Merkle trees work, and what value do they provide, both now and in the future?
那么这些Merkle树究竟是如何工作的，他们现在和将来会提供什么样的价值？?

Beyond blockchains and torrents, Merkle Trees see usage in any system that needs to detect inconsistencies efficiently.
除了区块链和BT下载，默克尔树还能在任何需要有效检测不一致性的系统中被应用.

Combined with a proper replication and chains of transaction blocks protected by proof-of-work, Merkle trees can make data such as transactions post-unforgeable by consensus.
结合已被证明的工作保护下的适当复制和交易链，Merkle树可以通过协商使如交易之类的数据变的不可伪造。

Merkle Trees provide a solution that provide time and space savings for nodes on the network.
默克尔树提供了一种解决方案，可以为网络上的节点节省时间和空间。

In plain English, this means Merkle trees provide for efficient and secure verification of large amounts of data.
用简单的英语，这意味着Merkle树提供了对大量数据的有效和安全的验证。

The transactions in Libra will form a sequence(numbered with ever-increasing integers) which will be stored in Merkle Trees.
它们仍然形成一个序列(用不断增长的整数编号)，并且增量地存储在Merkle树中。

Merkle trees ensure that data blocks exchanged on p2p networks are correct, undamaged and unaltered.
Merkle树确保在p2p网络上交换的数据块是正确的、没有受到损害的和未被修改的。

So how exactly do these Merkle trees work, and what value do they provide, both now and in the future?
那么，究竟梅克尔树是如何工作的呢，它们又能够提供些什么价值呢，现在以及未来的？?

Certificate authorities(CAs) use Merkle Trees as a means of certificate transparency.
证书颁发机构(CAs)使用默克尔树作为证书透明性的一种方法。