nodes

简明释义

英[nəʊdz]美[noʊdz]

n. 节点（node 的复数形式）

英英释义

Nodes are points in a network or diagram where lines or pathways intersect or branch.

节点是在网络或图表中线条或路径交叉或分支的点。

In computer science, nodes refer to individual elements within a data structure, such as linked lists or trees.

在计算机科学中，节点指的是数据结构中的单个元素，例如链表或树。

In biology, nodes can refer to points on a plant stem where leaves or branches originate.

在生物学中，节点可以指植物茎上叶子或分支起源的点。

单词用法

mesenteric lymph nodes

肠系膜淋巴结

同义词

points

点

The graph consists of several points connected by edges.

这个图由几个点通过边连接而成。

vertices

顶点

In geometry, the vertices of a shape are its defining points.

在几何中，一个形状的顶点是其定义点。

junctions

交叉点

The junctions in the network allow for efficient data routing.

网络中的交叉点允许高效的数据路由。

connections

连接

Connections between nodes are crucial for network stability.

节点之间的连接对网络稳定性至关重要。

反义词

edges

边

The edges of the graph connect the nodes.

图的边连接节点。

connections

连接

In a network, connections are essential for communication between nodes.

在网络中，连接对于节点之间的通信至关重要。

例句

1.Connect the nodes.

连接节点。

2.You should see the two nodes.

您应该看到这两个节点。

3.Elements can have child nodes.

元素可以具有子节点。

4.All of the element's child nodes, including text nodes, are now available.

所有元素的子节点，包括文本节点，现在都是可用的。

5.These are blank nodes.

它们是空节点。

6.Start the cluster on all nodes.

在所有节点上启动集群。

7.Restart the remaining nodes.

重新启动其他节点。

8.In a distributed system, each server acts as a node 节点 that contributes to the overall processing power.

在分布式系统中，每个服务器充当一个节点 节点，为整体处理能力做贡献。

9.In a computer network, each device is considered a node 节点 that can send and receive data.

在计算机网络中，每个设备被视为一个节点 节点，可以发送和接收数据。

10.The graph consists of multiple nodes 节点 connected by edges.

这个图由多个节点 节点通过边连接而成。

11.Each node 节点 in the blockchain contains transaction data and a hash of the previous node 节点.

区块链中的每个节点 节点包含交易数据和前一个节点 节点的哈希值。

12.The decision tree algorithm uses nodes 节点 to represent decisions and their possible consequences.

决策树算法使用节点 节点来表示决策及其可能的后果。

作文

In the world of technology and networking, the term nodes (节点) plays a crucial role in understanding how data is transmitted and shared. A node (节点) can be defined as any device or point within a network that can send, receive, or forward information. This includes computers, routers, switches, and even mobile devices. Each node (节点) acts as a vital component in the larger system, facilitating communication and ensuring that data reaches its intended destination.One of the most common examples of nodes (节点) can be found in computer networks, where each node (节点) represents a device connected to the network. For instance, when you send an email, your computer is a node (节点) that sends the message to a server, which is another node (节点). The server then processes the email and forwards it to the recipient's email server, which is yet another node (节点). This interconnectedness of nodes (节点) allows for seamless communication across vast distances.In addition to traditional networking, nodes (节点) are also fundamental in various fields such as blockchain technology. In a blockchain network, each node (节点) maintains a copy of the entire blockchain ledger. When a new transaction occurs, it is broadcasted to all nodes (节点) in the network, which then validate and record the transaction. This decentralized approach not only enhances security but also ensures transparency, as all nodes (节点) have access to the same information.Moreover, nodes (节点) can also refer to points in data structures, particularly in computer science. For example, in a tree data structure, each node (节点) contains a value and links to other nodes (节点), forming a hierarchical relationship. This structure is essential for organizing data efficiently and allows for quick access and modification.The concept of nodes (节点) extends beyond technology into various scientific disciplines. In biology, nodes (节点) can refer to points in a network of interacting species or genes. Understanding these nodes (节点) helps researchers analyze ecosystems and genetic relationships, leading to insights about biodiversity and evolution.In conclusion, the term nodes (节点) encompasses a wide range of meanings across different fields, but at its core, it signifies connection and interaction. Whether in networking, blockchain, data structures, or biology, nodes (节点) serve as critical points that facilitate the flow of information and resources. As technology continues to evolve, the importance of understanding nodes (节点) will only grow, making it essential for anyone interested in these fields to grasp this fundamental concept.

在技术和网络的世界中，术语nodes（节点）在理解数据如何传输和共享方面发挥着至关重要的作用。node（节点）可以定义为网络中任何可以发送、接收或转发信息的设备或点。这包括计算机、路由器、交换机，甚至移动设备。每个node（节点）都是更大系统中的重要组成部分，促进通信并确保数据到达其预定目的地。最常见的nodes（节点）示例可以在计算机网络中找到，其中每个node（节点）代表连接到网络的设备。例如，当您发送电子邮件时，您的计算机是一个node（节点），它将消息发送到服务器，服务器是另一个node（节点）。然后，服务器处理电子邮件并将其转发给收件人的电子邮件服务器，这又是一个node（节点）。这些nodes（节点）的互联性允许跨越广阔的距离进行无缝通信。除了传统网络，nodes（节点）在区块链技术等各个领域也至关重要。在区块链网络中，每个node（节点）维护整个区块链账本的副本。当发生新交易时，它会广播到网络中的所有nodes（节点），然后这些nodes（节点）验证并记录交易。这种去中心化的方法不仅增强了安全性，还确保了透明度，因为所有nodes（节点）都可以访问相同的信息。此外，nodes（节点）还可以指计算机科学中特定数据结构中的点。例如，在树数据结构中，每个node（节点）包含一个值并链接到其他nodes（节点），形成层次关系。这种结构对于有效组织数据至关重要，并允许快速访问和修改。nodes（节点）的概念超越了技术，扩展到各种科学学科。在生物学中，nodes（节点）可以指相互作用的物种或基因网络中的点。理解这些nodes（节点）有助于研究人员分析生态系统和遗传关系，从而获得有关生物多样性和进化的见解。总之，术语nodes（节点）在不同领域中包含广泛的含义，但其核心意义是连接和互动。无论是在网络、区块链、数据结构还是生物学中，nodes（节点）作为促进信息和资源流动的关键点。随着技术的不断发展，理解nodes（节点）的重要性只会增加，因此任何对这些领域感兴趣的人都必须掌握这一基本概念。