Defence
Optics
- ‘Improvement of night fighting capability by combining incoherent and coherent imaging’, IRDE/DRDO,Raipur Road, Dehradun-248008, India, 26/04/2013. We discuss the improvement of range performance of electro-optical systems by the combination of incoherent and coherent imaging. Both techniques have advantages and disadvantages and we propose a balance between the two techniques so that the maximum performance is obtained for the electro-optical system.
- Design of a F/1.2, f=24mm objective
- Design of the optics of a holographic night vision system
- Design of a thermal infrared dual FOV telescope for Leopard tank
- Design of a bi-ocular lens for CRT monitor
- Narcissus analysis of thermal infrared telescope
- Study of the MTF characteristics of an infrared MRTD test bench
- Conceptual design of the electro-optical ranging and imaging system (EOPTRIS)
- Conceptual design of the visible and near-infrared imaging system (VINIRIS)
- Creation of mathematical model for laser range finder performance
- Design of a dual-FOV diffractive long-wavelength IR objective for un-cooled sensors
- Design of optical channels of a Gunner Main Sight
- Design of a dual FOV Long Wave Infrared thermal camera
- Design of an Add-on Laser Target Designator
- Tuning of a nonlinear controller for a dual-axis stabilized mirror
- Design of a Miniaturized Eye-safe Laser Rangefinder
- Development of LWIR image processing algorithms for implementation on Zynq AP SoC