What is the translation of " SENSOR NODES " in Chinese?

• 传感器节点
• 感器节点

Examples of using Sensor nodes in English and their translations into Chinese

The cloud can also be used to support all these sensor nodes.
云计算也可以用于对此类传感器节点进行支持。

Wireless LoT sensor nodes poses challenges different from industrial control systems.
无线物联网传感器节点带来了与工业控制系统不同的挑战。

The new PIC16F18446 family of microcontrollers are ideal components for use in sensor nodes.
新的PIC16F18446系列单片机是用于传感器节点的理想器件。

Smart home sensor nodes and other Internet of Things applications face similar demands.
智能家居传感器节点和其他物联网应用也面临相似的要求。

IDT's 6LoWPAN modules act as gateways and sensor nodes to enable easier sensor networking:.
IDT的6LoWPAN模块能用作网关和传感器节点，简化传感器联网：.

Smart Home sensor nodes and other Internet applications is also facing similar demands.
智能家居传感器节点和其他物联网应用也面临相似的要求。

Gund added that the technology could be integrated into wireless sensor nodes for use in environmental monitoring.
Gund补充表示，该技术可以集成到无线传感器节点上，用于环境监测。

Internet of Things(IoT) sensor nodes often need to be able to sustain short bursts of activity.
物联网(IoT)传感器节点通常需要能够维持短时间的活动爆发。

Self-discharge is the main reason why this type of device is not yet viable as a primary energy source for IoT sensor nodes.
自放电是这种类型的设备还不适合作为物联网传感器节点的主要能源的主要原因。

To meet system power budgets, sensor nodes are required to manage their subsystems in an optimal manner.
要想满足系统功耗预算，要求传感器节点以最佳的方式管理其子系统。

Sensor nodes typically transmit information such as physical phenomena and associated control messages at relatively low rates.
传感器节点通常以相对较低的速率，传送物理现象和相关控制消息等信息。

When completed, the network will include over 3,000 intelligent sensor nodes that transform LED streetlamps into connected devices.
如果这项工程完工，该网络将覆盖超过3000个智能传感器节点，使LED街灯变为互联设备。

For example, sensor nodes and end devices in an IoT network may be moved to another location, added, or removed.
例如，物联网网络中的传感器节点和终端设备可能搬迁到其他位置、可能添加、或可能移除。

These networks are a key component in the Internet of things, as their dispersed sensor nodes measure and communicate different environmental characteristics.
这些网络是物联网的核心，因为其中的分散传感器节点能测量并传输各种环境特征。

Sensor nodes for the Internet of Things often need to placed well away from a reliable power source but operate for many years.
互联网中的传感器节点通常情况下，需要远离可靠的电源，但它们已经工作多年。

WISE-4471 series wireless sensor nodes are suitable for data collection from widely distributed stations.
WISE-4471系列无线传感器节点适用于从分布广泛的站点收集数据。

For these reasons, sensor nodes require ultra-small foot print non-volatile memories that can continuously log real-time system data.
因此，传感器节点需要外形尺寸很小的非易失性存储器来连续记录实时系统数据。

This power saving capability also enables sensor nodes to run on small batteries, decreasing end-user maintenance costs and the overall design footprint.
此外，这一节能的功能也使得传感器节点能够以小型电池为动力运行，从而减少了终端用户的维护成本和整体设计占用空间。

However, these sensor nodes are also expensive, often running around $5,000 per sensor, and cities may therefore be unable to install them ubiquitously.
然而，这些传感器节点很昂贵，每个传感器的价格通常在5000美元左右，因此城市可能无法大规模安装它们。

Machines require Smart Sensor Nodes with MEM technology like XDK in order to“learn” from their current state.
机器需要具有诸如XDK的MEM技术的智能传感器节点，以便从当前状态“学习”。

A Sensor Node Controller.
了传感节点控制.

Each sensor node or end device uses other nodes as relays, and nodes can be added and removed at any time.
每个传感器节点或终端设备都使用其他节点作为中继，并且可随时添加和移除节点。

In this way, the sensor node can remain in standby mode with minimal power consumption and be activated immediately by the wake-up receiver as required.
这样，该传感器节点就能一直保持功耗最低的待机模式，通过唤醒接收器在需要时立即激活。

Multiple ROHM sensors nodes are installed in industrial and factory equipment to monitor key parameters for improving performance and prevent unexpected failures.
罗姆传感器节点目前已安装在工业与工厂设备，来观察主要区域以便提升效能及避免不预期的故障。

The wireless sensor node is designed to operate at extremly low power and offers a highly integrated solution.
无线传感器节点被设计为在极低功率下工作，并提供高度集成的解决方案。

In some cases, unique one-time commissioning may be needed to configure each sensor node for its particular environmental offsets9.
在一些情况下，可能需要进行独特的一次性调试，针对其特定的环境失调配置每个传感器节点。

The sensor node of Figure 1 independently determines its environmental changes by collecting energy from the energy source, and can communicate using multiple protocols.
图1：传感器节点通过采集能源供电，自主判断其环境变化情况，并可利用多种协议进行通信。

In this particular project, we have designed and fabricated a self-powered wireless sensor node for the monitoring of overhead power lines.
在这个特殊项目中，我们设计并制造了一个自供电无线传感器节点，用于监控架空电力线。