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Lidar technology and application, the "micro-speaking" seminar will take you to find out
**Event Details:**
**Date:** December 22, 2017 (Friday)
**Time:** 9:30 AM – 5:00 PM
**Venue:** Peony Hall, 5th Floor, Shenzhen Convention and Exhibition Center
**Organizers:** Mames Consulting, Creative Times, Huaqiang Electronic Network
**Coordinators:** Huaqiang Flagship, Shanghai Property Networking Industry Association, Shanghai Sensing Information Technology Co., Ltd.
**Event Background:**
This event aims to explore the rapidly evolving world of laser radar (LiDAR), a key technology in autonomous vehicles, robotics, and more. The global LiDAR market is expected to grow at a double-digit compound annual growth rate over the next five years, driven by increasing demand from industries such as autonomous driving, drones, and smart cities.
**What is LiDAR?**
Light Detection and Ranging (LiDAR) is a high-precision radar technology originally developed for military use. It provides detailed geometric images, distance data, and speed information, making it a powerful tool for sensing environments. There are two main types: mechanical LiDAR, which uses rotating parts to scan, and solid-state LiDAR, which relies on electronic components for scanning without moving parts. LiDAR can also be categorized by the number of lines it produces, such as single-line, multi-line (e.g., 4, 8, 16, 32, 64 lines), and further divided into 2.5D and 3D systems based on vertical field of view.
**Applications of LiDAR:**
LiDAR is widely used in various fields. One of the earliest applications was in robotic vacuum cleaners, where its ability to map environments and avoid obstacles proved invaluable. As the technology advanced, it found its way into drones, service robots, augmented reality (AR) devices, and most notably, autonomous vehicles. In driverless cars, LiDAR serves as a critical sensor, offering high resolution, fast response, and strong resistance to interference. Unlike microwave or millimeter-wave radars, LiDAR is less affected by electromagnetic noise, making it ideal for precise object detection and mapping.
**Lidar in Autonomous Driving:**
In autonomous vehicles, LiDAR helps create 3D point cloud data, enabling real-time environmental perception. This data is essential for navigation, obstacle avoidance, and path planning. Key components of LiDAR systems include lasers, scanners, photodetectors, and receiver ICs. Leading suppliers are primarily based in Europe and the U.S., but the industry is expanding globally, with China showing strong potential for growth.
**Key Topics Covered:**
The seminar featured discussions on the future of LiDAR technology, including hardware development, software integration, application scenarios, and market trends. Experts from both domestic and international companies shared insights on cost reduction, technological advancements, and practical implementation in various sectors.
**Confirmed Speakers:**
- **Introduction to LiDAR for Autonomous Driving**
- **Secret Guest**
- **System Optimization of ToF 3D Sensing Chip and Phased Array Solid-State LiDAR** – Liu Yang, CEO of Juyou Intelligent
- **Application of High-Precision Time-of-Flight (ToF) Measurement Technology in LiDAR** – Huang Sunfeng, Ams
- **Current Status and Prospects of Unmanned LiDAR** – Sun Wei, Chairman of Hesai Technology
- **Autopilot from the Perspective of LiDAR** – Qiu Chunchao, Co-founder & COO of Sagitar Juchuang
- **Radium God – LiDAR Car Assist Driving System** – Hu Xiaobo, Chairman of Radium God Intelligent
- **Small Mirrors Have Big Aspects – MEMS Micro Galvanometers Help Solid-State LiDAR Spread Faster** – Xia Changfeng, Founder of Xi’an Zhiwei Sensing Technology
- **Application of Hamamatsu Semiconductor Devices in High-Performance LiDAR** – Zhang Jie, Market Promotion Engineer at Hamamatsu
- **Application of LiDAR Technology in Aerospace** – Wang Haiwei, Associate Researcher at Shanghai Institute of Technical Physics
**Speaker Profiles:**
- **Liu Yang** has extensive experience in signal processing chips, algorithms, and intelligent systems, with over 50 chip designs under his belt. He has worked with major tech companies and has published numerous papers in international journals.
- **Huang Sunfeng** specializes in time-of-flight technology and has led product development for ams in Asia, focusing on LiDAR applications.
- **Sun Wei**, founder of Hesai Technology, is an expert in laser engineering and has contributed significantly to LiDAR research and development.
- **Qiu Chunchao** brings business and operational expertise to the discussion, having founded multiple companies and worked in top consulting firms.
- **Hu Xiaobo** is a leader in fiber laser and LiDAR technologies, with over 100 patents to his name.
- **Xia Changfeng** focuses on MEMS micro-mirrors and has been involved in several key projects in the LiDAR space.
- **Zhang Jie** works on optoelectronic semiconductor products at Hamamatsu, with a focus on LiDAR applications.
- **Wang Haiwei** has extensive experience in aerospace LiDAR and has led several high-profile research projects in the field.
This event provided valuable insights into the current state and future of LiDAR technology, highlighting its importance in shaping the next generation of intelligent systems.