Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Structural health monitoring (SHM) of civil infrastructures has gained great attention since it is directly related to public safety. To estimate structural displacement, which is considered as one of important categories of SHM, a one- way type vision and laser-based 6-DOF displacement measurement system (one- way ViSP) is proposed. The system is composed of a transmitter with two laser pointers, a 1-D laser range finder (LRF), and a 2-DOF manipulator; and a receiver with a camera and a screen. The lasers and LRF project their parallel beams to the screen and the camera attached to the screen captures the image of the screen. The manipulator controls poses of the lasers and LRF for projected laser beams to be always inside the screen. By calculating positions of the laser beams and ob- taining the distance from LRF, the relative displacement beten two places can be estimated. The performance of the system has been verified from simulations.
['Haemin Jeon', 'Wancheol Myeong', 'Youngjai Kim', 'Hyun Myung']
I am writing a research paper on a idea One-Way ViSP (Visually Servoed Paired structured light) for 6-DOF Structural Displacement Measurement
[{"from": "human", "value": "I am writing a research paper on a idea One-Way ViSP (Visually Servoed Paired structured light) for 6-DOF Structural Displacement Measurement"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Structural health monitoring (SHM) of civil infrastructures has gained great attention since it is directly related to public safety. To estimate structural displacement, which is considered as one of important categories of SHM, a one- way type vision and laser-based 6-DOF displacement measurement system (one- way ViSP) is proposed. The system is composed of a transmitter with two laser pointers, a 1-D laser range finder (LRF), and a 2-DOF manipulator; and a receiver with a camera and a screen. The lasers and LRF project their parallel beams to the screen and the camera attached to the screen captures the image of the screen. The manipulator controls poses of the lasers and LRF for projected laser beams to be always inside the screen. By calculating positions of the laser beams and ob- taining the distance from LRF, the relative displacement beten two places can be estimated. The performance of the system has been verified from simulations."}]