In a study published in Applied Sciences, researchers have proposed an automatic evaluation method based on 3D laser scanning technology to measure the geometric accuracy of subway stations. The technique enables high precision and all-around geometric evaluation of underground systems.
McCrone Microscopes & Accessories will present a range of Linkam’s leading temperature and environment-controlled stages at booth #1134, AMS 2022.
A recent study published in Remote Sensing demonstrates multi-dated data from terrestrial laser scanning surveys and unmanned aerial vehicle (UAV) operations for accurate and immediate monitoring of a landslide. This technique provides operational information about the stability of the landslide to the local establishments.
By Usman Ahmed
26 Sep 2022
In an article published in Oriental Insects, researchers developed a novel laser insect control device that was automated with machine vision for influencing and neutralizing insect pests. The system eliminates the use of environmentally damaging pesticides.
By Pritam Roy
26 Sep 2022
Scientists have formulated a basic and rapid method to carry out optoretinography, an imaging method that assesses light-stimulated functional activity in the retina of the eye.
In a study published in the European Journal of Remote Sensing, researchers proposed a two-step classification method for mapping non-photosynthetic vegetation or crop residue using spectroscopic and machine learning techniques from the spaceborne imaging spectroscopy PRISMA dataset.
An article published recently in Remote Sensing answers the critical question of the validity and precision of three-dimensional (3D) plant measurements.
By Ilamaran Sivarajah
23 Sep 2022
Modern illumination and laser technologies depend on freeform tailored optics. A pre-proof study in Optik offers an effective and streamlined optics design method to overcome illumination challenges.
By Usman Ahmed
23 Sep 2022
In an article published in the journal Materials, researchers proposed an approach based on optical microscopy to statistically characterize the porosity of carbon-fiber-reinforced composite (CFRP) laminate.
In an article published in Energies, researchers analyzed optical stability properties and conducted an ultraviolet test on several lightweight polymer material front sheets.
By Pritam Roy
23 Sep 2022
In a study published in Polymers, researchers proposed a tractable low-cost, structurally robust data glove with a self-calibration function and simple sensing mechanism based on a space-division multiplexed optical fiber sensor.
A study published in Remote Sensing used multi-temporal remote sensing optical imaging to investigate the deformation characteristics of landslides and their evolution pattern. The analysis and identification of landslide hazards contribute to their prevention and provide a foundation for the early detection and investigation of similar incidents.
In an article published in the journal Sensors, researchers analyzed the deep learning EfficientDet model and determined its advantages in detecting hazardous goods vehicles.
A recent study published in Remote Sensing suggests an information-reinforced depth completion network based on single sparse depth input.
By Usman Ahmed
22 Sep 2022
Researchers have demonstrated a novel segmented linear ion trap for multiple-stage tandem mass spectrometry. The external injection of reagent ions, photons, radical neutral species, collisions with neutrals, and electrons were all components of the ion activation network.
By Pritam Roy
22 Sep 2022