Introduction Laser shooting games offer a unique and engaging experience, especially when combined with interactive LiDAR projection systems. These systems enhance the gaming environment by allowing players to interact with projected targets using laser guns, providing a real-time, immersive experience. In this blog, we’ll explore how to set up a laser shooting game using radar…
IntroductionInteractive floor projection systems have revolutionized the way we engage with digital content in indoor environments. With the integration of LiDAR technology, these systems can detect and respond to human movements within a designated area, creating highly interactive experiences. This blog will explore the different modes of interactive floor projection systems, how the technology works,…
Interactive walls are redefining how we engage with touch games and exhibition spaces, offering versatility, precision, and an immersive user experience. The integration of LiDAR technology into interactive walls allows for seamless interaction, bringing games, exhibits, and art installations to life. In this blog, we will explore how interactive walls work, the hardware required, and…
Interactive Wall Sports is transforming how children engage with sports and entertainment activities. By combining physical movement with technology, these systems, such as the popular MultiBall Interactive Wall, not only make exercise fun but also enhance important skills like strategic thinking, coordination, and teamwork. Let’s explore what Interactive Wall Sports is, how it works, its…
Incorporating CPJ ROBOT’s LiDAR technology into interactive wall-ball games brings numerous advantages, significantly boosting player experience. Here’s how this cutting-edge technology elevates gameplay: 1. Precision and Accuracy LiDAR (Light Detection and Ranging) technology, particularly from CPJ ROBOT, ensures precise detection of the ball’s exact point of impact on the wall. The CPJ ROBOT LiDAR vision…
Introduction LiDAR multi-touch systems are revolutionizing the way we interact with digital displays, offering precision, scalability, and interference-free touch functionality. Unlike traditional infrared (IR) touch systems, LiDAR-based touch systems operate effectively in any lighting condition, enabling multi-touch functionality on irregular surfaces or even inclined planes. In this blog, we will explore the definition, working principle,…
Introduction Radar technology has revolutionized multi-touch interactive systems, offering a non-contact, precise, and efficient solution for tracking touch points. While many radar systems can be applied to this technology, two major radar bands—millimeter waves and microwaves—are often compared for their effectiveness in multi-touch applications. In this blog, we’ll explore the key differences between these radar…
IntroductionRadar waves have found a new application in multi-touch interactive systems, thanks to their ability to offer precise, non-contact, and high-accuracy touch sensing. Unlike traditional methods such as capacitive touch, radar-based systems provide distinct advantages, such as robustness in harsh environments and higher sensitivity. In this post, we will explore how radar waves achieve multi-touch…
IntroductionGround LiDAR interactive projection games are redefining the way we engage with digital environments. By blending motion-sensing technology with projection systems, these games immerse participants in a unique and interactive experience. Using POE LiDAR technology, the games track participants’ movements, allowing for dynamic interaction with the projected images on the ground. This blog will explore the…
IntroductionLiDAR (Light Detection and Ranging) is widely recognized as one of the most critical technologies driving the evolution of autonomous vehicles. It enables the real-time 3D modeling of the vehicle’s surroundings, detecting obstacles, mapping roadways, and providing vital information to the vehicle’s navigation system. By fusing data from other sensors like cameras, radar, and inertial…