Electro optical sensor system

Function An optical sensor converts light rays into electronic signals. Both electro - optical and radar sensors have been coupled with acoustic sensors in modern counter-artillery systems. The original Canadian sensors , in the . These sensors and their data processors often serve as the eyes of deployed military forces. Adversaries are becoming more .

Military unmanned vehicles of today and tomorrow rely heavily on electro - optical sensor payloads to perform their missions.

Unmanned systems , especially the airborne variety, are proliferating at an explosive rate, and demand is extending beyond the military to more cost-sensitive industries such as law .

Examples of point target trackers include systems to track missile launches and infrared search and track systems , both discussed . Discrimination of threats, by using detection, . These active systems are said to be monostatic , if the light source is situated at the same place or very close to the collector. They are bistatic whenever the . An electro - optical sensor system that includes automatic image processing enables detection of threats to naval platforms. This portion of the electromagnetic spectrum, with wavelengths from approximately 0. Electro - Optical Systems in Unmanned Systems Applications. Read the latest electro - optics news, technology and applications.

MXFreescale processor chips and all required peripherals to run embedded Linux systems. Officials of the Naval Sea Systems Command in Washington, announced a $million contract modification to L-KEO on Friday to produce additional MK electro - optical sensor systems (EOSS), radar cross sections kits, support and engineering services. EUROFLIR 350: LONG-RANGE ELECTRO - OPTICAL SYSTEM. This conference is aimed at bringing together researchers in the fields of E-O and IR sensor technologies, including related materials technologies, and those developing systems for defence and dual-use applications.

Presentations on active and passive technologies and systems are of interest, covering the wavebands . Examples include television cameras with digital output, and scanning or staring cameras with digital output. We describe general system design techniques to . Such technologies have not only enhanced the . Compared to radar, EO systems are really newcomers to the field of warfare , the first serious application being the use of FLIR (Forward Looking Infra-Red) . Through its unique ability to operate . Moreover, dynamical measurements can be performed with high sensitivity and resolution. The primary interest is for systems working in visible and infrared (near, short wave, mid wave and long wave) regions of the electromagnetic . For night and adverse weather use, many EO sensors incorporate low-light light-amplification systems.

Some pods supplement the basic visual EO with . Indee the most appropriate configuration of EO sensor in order to attain this function is a . A large product line of reflective and refractive collimators is regularly used as the basis for turnkey electro - optical test stations capable of testing multi- sensor systems including FLIR, SWIR and visible cameras, laser systems , electronics, and motion control. User interface, automation and control are provided by our . IR systems for 360-degree surveillance. Learn modeling techniques to sensor systems design, analysis, test and evaluation, and performance assessment.