讲师：Katie Rosson时长：04:36

This video explains how TI’s 3D Time-of-Flight sensor, combined with powerful machine vision algorithms, can be used to identify, locate and track people’s movements in a given environment. This is accomplished through the use of depth data from 3D Time-of-Flight sensors, which can be used to quickly and efficiently isolate people within a region of an image. TI's 3D Time-of-Flight solutions are ideal for occupancy management and people counting applications such as security monitoring, building automation and traffic and queue analysis.

讲师：Joshua Collins时长：01:07:00

One of the most common protection functions in electronics is over-current protection (OCP). The methods used to ensure systems are protected under unintended operating conditions vary significantly based on the application’s performance requirements. This in-depth training will identify and evaluate the common circuits and components used for over-current protection as well as highlight the improvements offered through using precision current measurements in the OCP function.

讲师：Katie Rosson时长：03:47

Autonomous navigation and collision avoidance are critical functions for safety and efficient operation in both consumer and industrial robots. Learn about how 3D time-of-flight sensors enable two different robots to “see” their environment and move around without collision.

讲师：James HsuLuke Lin 时长：02:26:41

讲师：TI 工程师时长：07:09

观看使用TI IWR mmWave传感器在无人机，机器人，交通监控，液位传感等应用中的演示。

讲师：Adeel Ahmad时长：01:30

观看使用TI AWR mmWave雷达传感器在短程雷达，远程雷达，舱内驾驶员检测等应用中的演示。

讲师：Adeel Ahmad时长：00:00

在本系列课程中，您将找到我们使用单芯片mmWave传感器针对不同汽车和工业应用的演示和测试。

讲师：姚俊时长：01:13:51

介绍 TI 77G 毫米波雷达：在楼宇自动化及监控中的应用核心价值及优势、在驾驶员心跳呼吸检测上的应用和优势。

讲师：TI 工程师时长：03:38:23

mmWave培训系列旨在为您学习FMCW技术和毫米波传感器的基础知识，并迅速开始开发。 TI的毫米波传感器产品系列具有AWR汽车雷达传感器系列和IWR工业毫米波传感器系列，旨在用于检测物体的范围，速度和角度。

讲师：徐康程赵炜 宋扬 时长：26:12

德州仪器(TI)正将前所未有的高精度和智能化引入包括汽车、工厂和楼宇自动化、以及医疗市场在内的广泛应用中。TI的全新毫米波单芯片互补金属氧化物半导体(CMOS)产品组合包括5个解决方案，横跨具有完整端到端开发平台的76至81GHz传感器的两大产品系列。