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Analysis of Popular Robotics Programming Languages: Strengths and Weaknesses

2025/12/19 09:41:34

With that context, this article introduces five mainstream programming languages commonly used in robotics R&D and provides a technical comparison of their advantages and limitations.

hermes mapping program

Detailed Types of LiDAR: How Many Do You Know?

2025/12/19 08:33:53

LiDAR (Light Detection and Ranging) integrates laser, GPS (Global Positioning System), and an IMU (Inertial Measurement Unit) into a sensing system. Compared with conventional radar, LiDAR typically offers higher resolution, better concealment, and stronger anti-interference capability.

rplidar s2

Beyond Robotics: What Other Fields Can LiDAR Be Applied to?

2025/12/19 07:55:28

After more than 40 years of development, LiDAR technology has evolved far beyond its original role in laser ranging. It has gradually expanded to include laser tracking, laser velocimetry, laser scanning imaging, and laser Doppler imaging. As a result, many different types of LiDAR systems have emer...

rplidar a2

Comparison of Laser SLAM and Visual SLAM: Advantages and Disadvantages

2025/09/29 09:36:09

SLAM (Simultaneous Localization and Mapping) has become a cornerstone technology in robotics, drones, autonomous driving, and AR/VR. By leveraging sensors, SLAM enables autonomous localization, mapping, and path planning. Depending on the sensor type, SLAM is typically classified into two categories...

Laser SLAM Mapping

Characteristics and Differences Between LiDAR and Millimeter-Wave Radar

2025/09/29 09:16:40

As the "eyes of machines," LiDAR has gained enormous attention with the rapid rise of autonomous driving and robotics. It is a sensor used to obtain precise positional information, capable of determining an object’s location, size, orientation, and more.

Characteristics and Differences Between LiDAR and Millimeter-Wave Radar

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