Abstract
Purpose - Review of how innovations in laser, acoustics, radar, magnetic and other sensor technologies are aiding in making unmanned vehicles more autonomous.Design/methodology/approach - In-depth interviews with exhibitors of sensors at the AUVSI exhibitionFindings - Innovations in infrared, laser, acoustics, magnetic and other sensor technologies are helping unmanned vehicles better meet the challenge of an ever increase range of applications in military, law enforcement, and commercial applications as well as agriculture, fishing and rescue operations.Practical implications - These sensor innovations will help make robot applications of all types more autonomous, easier to create and more cost effective in unmanned as well manufacturing, logistics, medical and other applications.Originality/value - An insight into some of the latest in laser, radar, acoustic, magnetic, accelerometer, vision and gyro sensors and how they are helping address robotic applications that one might have seen if they had been on the exhibition floor at the Las Vegas unmanned vehicle show (AUVSI) in 2012.
Purpose - Review of how innovations in laser, acoustics, radar, magnetic and other sensor technologies are aiding in making unmanned vehicles more autonomous.Design/methodology/approach - In-depth interviews with exhibitors of sensors at the AUVSI exhibitionFindings - Innovations in infrared, laser, acoustics, magnetic and other sensor technologies are helping unmanned vehicles better meet the challenge of an ever increase range of applications in military, law enforcement, and commercial applications as well as agriculture, fishing and rescue operations.Practical implications - These sensor innovations will help make robot applications of all types more autonomous, easier to create and more cost effective in unmanned as well manufacturing, logistics, medical and other applications.Originality/value - An insight into some of the latest in laser, radar, acoustic, magnetic, accelerometer, vision and gyro sensors and how they are helping address robotic applications that one might have seen if they had been on the exhibition floor at the Las Vegas unmanned vehicle show (AUVSI) in 2012.