Abstract: Disclosed is an optical beam deflector. An optical beam deflector includes a substrate including a source region, an amplification region adjacent to the source region, a deflection region adjacent to the amplification region, and an antenna region adjacent to the deflection region, a waveguide layer provided on the substrate and extending from the source region to the antenna region, a lens layer selectively provided on the waveguide layer in the deflection region, and an upper clad layer on the lens layer and the waveguide layer.

Abstract: Disclosed is an imaging measurement device including a light source unit that emits first light and second light to a target, a capturing unit that detects a first active signal, which is reflected from the target based on the first light, and a second active signal, which is reflected from the target based on the second light, and obtains an active image based on the first active signal, a data processing unit that calculates a distance to the target based on the first active signal and the second active signal, and an image unit that obtains a three-dimensional (3D) image based on the active image and the calculated distance, and displays the 3D image.

Abstract: Provided is an integrated beam steering device. The steering device includes a substrate, a core layer provided on the substrate, a clad layer on the core layer, a plurality of upper electrodes provided on the clad layer, and a lower electrode provided on a lower surface of the substrate. Here, the substrate includes a source region configured to generate laser beam, a distribution region configured to transmit the laser beam, an amplification region configured to amplify the laser beam, a phase modulation region configured to modulate the phase of the laser beam, and a first intensity modulation region configured to modulate the intensity of the laser beam.

Abstract: Disclosed is an imaging measurement device including a light source unit that emits first light and second light to a target, a capturing unit that detects a first active signal, which is reflected from the target based on the first light, and a second active signal, which is reflected from the target based on the second light, and obtains an active image based on the first active signal, a data processing unit that calculates a distance to the target based on the first active signal and the second active signal, and an image unit that obtains a three-dimensional (3D) image based on the active image and the calculated distance, and displays the 3D image.