With the rapid development of autonomous driving technology, the role of in vehicle sensors has become increasingly crucial. They are like the "eyes" and "ears" of autonomous vehicle, helping the vehicle perceive the surrounding environment and make correct driving decisions. Among numerous sensors, LiDAR has become a star technology in the field of autonomous driving due to its high precision, high resolution, and all-weather working ability. This article will delve into vehicle mounted sensing technology and focus on analyzing the core position of LiDAR and its relationship with vehicle mounted sensing technology.

Under the winding blue waves of the Yangtze River, a group of special "fish" are quietly carrying out the important task of protecting the ecology - the intelligent bionic fish developed by Wuhan University, with its highly simulated appearance and advanced technology, has become the main force of ecological data collection in the Yangtze River. Behind its agile posture, the sensor group it is equipped with can be called the "smart eye", allowing the bionic fish to accurately perceive and scientifically analyze, and building a data defense line for the ecological protection of the Yangtze River.

In today's rapidly developing technology, various sensors are like sharp "antennae" that help us perceive and understand the world around us. Force ring sensors, as an important member of the sensor family, play an indispensable role in many fields. So, what exactly is a force ring sensor?

In the process of industrial production moving towards precision and intelligence, piezoelectric sensors have become the core components of many key equipment due to their excellent pressure sensing performance. The deep integration of terminal pressure monitoring system and piezoelectric sensors has brought tremendous changes to the quality control and efficiency improvement of industrial production. The two complement each other and jointly build a reliable production defense line.

In the construction and maintenance of power lines in the power industry, terminal crimping machines play an indispensable role and are essential tools for continuous crimping of wires. As a key measuring component, the piezoelectric ring sensor provides strong support for the efficient and stable operation of terminal crimping machines, especially in terms of equipment status monitoring, which is of great significance.

Human beings perceive the world through their skin, and touch is the bridge that connects physics and cognition. Nowadays, a technology called "tactile sensors" is giving machines, devices, and even intelligent agents similar perceptual abilities. From industrial robots to medical surgical instruments, from wearable devices to future humanoid robots, tactile sensors are quietly reshaping the boundaries of human-computer interaction and automation revolution.