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Smart Showrooms: The Future of Interactive Floor Projection

In the rapidly evolving world of exhibitions and showrooms, digital technology continues to transform the way we experience and interact with displays. One of the most innovative trends gaining traction is the use of interactive floor projection systems in smart showrooms. By blending customized multimedia content with cutting-edge digital technology, these systems offer visitors a …

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4D Millimeter-Wave Radar vs. LiDAR: Key Differences and Applications

When it comes to cutting-edge sensor technology for autonomous systems, two technologies often come up for comparison: 4D millimeter-wave radar and LiDAR (Light Detection and Ranging). Both technologies have unique advantages and are widely used in fields like autonomous driving, robotics, and industrial applications. However, despite their similarities in helping machines “see” and understand their …

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The Core Value of 3D LiDAR in Humanoid Robots

Humanoid robots have become an exciting frontier in robotics, with advancements transforming the way these machines perceive and interact with their environment. At the heart of this evolution lies 3D LiDAR (Light Detection and Ranging) technology, offering high-precision sensing capabilities that enable humanoid robots to navigate complex environments. This article delves into the core value …

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LiDAR Interactive Projection Smash Ball Games Work

LiDAR Interactive Projection Smash Ball Games: The Future of Children’s Entertainment

Introduction As technology advances, interactive projection smash ball games are rapidly gaining popularity in the children’s entertainment sector. By blending traditional ball pool fun with multimedia interactive systems, these games offer an entirely new and immersive experience. Children can throw balls at animated elements projected on a screen, creating a dynamic interaction that is both …

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LiDAR-based interactive wall projections

Smash Ball Interactive Installations: Fostering Creativity and Social Skills in Children

Smash ball interactive installations are becoming a popular entertainment feature in children’s theme parks and play areas. These installations not only provide endless fun for kids but also serve as powerful tools for stimulating their creativity and social skills. Combining projection technology and sensors, these interactive systems engage children by allowing them to interact with …

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How Real Estate Sand Tables Achieve Interactive Experience with LiDAR Projection Technology

In the fast-evolving real estate industry, the need for innovative ways to present property developments is growing. Real estate developers are now turning to LiDAR (Light Detection and Ranging) technology to transform traditional sand table displays into interactive, immersive experiences. By integrating LiDAR-based radar technology with projection systems, real estate sand tables are not just …

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Millimeter-Wave LiDAR: Obstacle Avoidance and Precise Ranging for Drones

In recent years, drones have evolved from niche gadgets to versatile tools with applications spanning environmental monitoring, agriculture, archaeology, and urban logistics. However, as their roles expand, so do the technical challenges—particularly in navigation and safety. Enter millimeter-wave radar, a game-changing technology poised to revolutionize how drones perceive their surroundings, avoid obstacles, and achieve centimeter-level accuracy …

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3D vs. 4D Millimeter-Wave Radar: Key Differences and Why 4D Is the Future of Autonomous Driving

The evolution of millimeter-wave radar has taken a revolutionary leap with the rise of 4D imaging radar, a technology poised to replace traditional 3D radar in advanced driver-assistance systems (ADAS) and autonomous vehicles. From Tesla’s Hardware 4.0 to SAIC’s Rising Auto R7 and Changan’s Deepal SL03, automakers are increasingly adopting 4D radar for its superior environmental perception. But …

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A Compact 80GHz Obstacle Avoidance Radar with Dual-Beam Technology

The MR82-UAV is a compact obstacle avoidance radar operating in the 80GHz frequency band, featuring an advanced dual-beam design. By emitting two fan-shaped microwave beams forward, it detects reflected signals to identify obstacles, calculates their relative distance, and guides drones to avoid collisions accurately during flight. With a detection range of 0.2–80 meters, this radar excels in performance with its compact …

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What Kind of Radar Do Agricultural Drones Really Need?

Agricultural drones have revolutionized modern farming, enabling precision spraying, crop monitoring, and efficient resource management. However, navigating complex farmland environments—filled with trees, power lines, buildings, animals, and uneven terrain—poses significant challenges. At flight heights of just 2–3 meters above ground, these drones require advanced radar systems to avoid obstacles while minimizing false alarms from terrain …

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