Journal of Physics Conference Series · 2018 · 134 citations · 5 references
EngineeringMechatronics EngineeringRobotics EngineeringHumanoid RoboticsRoboticsUltrasoundAcoustic SensingAcoustic SensorsPerception For Humanoid RobotsProximity SensorsTransducer TechnologyUltrasonicsRange SensingRobotic Proximity SensingUltrasonic DetectionUltrasonic Proximity SensingUltrasonic SensingUltrasonic Sensors
Ultrasonic sensors provide robots with a way to perceive nearby objects, offering an alternative to visual systems, yet this approach alone is insufficient for comprehensive perception. The paper examines the challenges of integrating the HC‑SR04 ultrasonic rangefinder with the STM32VLDISCOVERY board. It compares similar modules and presents a subroutine for operating the sensor.
Ultrasonic sensors allow us to equip robots with a means of perceiving surrounding objects, an alternative to technical vision. Humanoid robots, like robots of other types, are, first, equipped with sensory systems similar to the senses of a human. However, this approach is not enough. All possible types and kinds of sensors should be used, including those that are similar to those of other animals and creations (in particular, echolocation in dolphins and bats), as well as sensors that have no analogues in the wild. This paper discusses the main issues that arise when working with the HC-SR04 ultrasound rangefinder based on the STM32VLDISCOVERY evaluation board. The characteristics of similar modules for comparison are given. A subroutine for working with the sensor is given.
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Sergey An. Gayvoronskiy, Tatiana Ezangina, Ivan Khozhaev · IOP Conference Series Materials Science and Engineering · 2015 · 13 citations · Full text