No, it doesn't. It will actually read bar codes and text, but that's all that it will do.
The main purpose a thermal imaging scope is for either handheld or weapon-mounted sight and surveillance. The scopes can also be manufactured for night vision use.
Charles Addison Bouman has written: 'Computational imaging VII' -- subject(s): Congresses, Imaging systems, Image processing, Pattern recognition systems, Digital techniques 'Computational imaging VII' -- subject(s): Congresses, Imaging systems, Image processing, Pattern recognition systems, Digital techniques
Kent E. Wade has written: 'Alternative photographic processes' -- subject(s): Imaging systems
Michael D. Garris has written: 'Latent fingerprint training with NIST special database 27 and universal latent workstation' -- subject(s): Databases, Fingerprints, Images, Photographic, National Institute of Standards and Technology (U.S.), Photographic Images, Standards 'Federal register document image database' -- subject(s): Optical character recognition devices, Digital techniques, Document imaging systems, Image processing, Information retrieval
Eastman Kodak Company is a multinational US corporation which produces imaging and photographic materials and equipment. Long known for its wide range of photographic film products, Kodak is re-focusing on two major markets: digital photography and digital printing.
A handheld device that sends and receives ultrasound signals is commonly referred to as a "portable ultrasound machine" or "handheld ultrasound device." These devices are used in various medical applications, including diagnostic imaging and monitoring. They allow for real-time visualization of internal structures and are valued for their mobility and ease of use.
Kodak, officially known as Eastman Kodak Company, is a technology company that specializes in imaging and photography products and services. Historically renowned for its film and photographic equipment, Kodak has transitioned into digital imaging and printing solutions, focusing on commercial printing, professional services, and imaging technologies. The company has also explored opportunities in areas like consumer and commercial imaging, including document management and software solutions.
To a large degree, the Charge-Coupled Device (CCD) has replaced photographic film for astronomical imaging. CCDs are more sensitive to light, produce less noise, and offer higher resolution compared to traditional film, making them ideal for capturing detailed images of celestial objects.
Kurt I. Jacobson has written: 'Developing, the negative-technique' -- subject(s): Developing and developers, Negatives, Photography 'Developing' -- subject(s): Developing and developers, Negatives, Photography 'Imaging systems' -- subject(s): Applied photography, Imaging systems, Photographic Images
Functions of the office such as document processing, imaging, photocopying, data transfer, data storage, and communications have been forged into single software systems.
This new technology used semiconductor sensors instead of film to record images and then displayed the images on television screens or computer monitors rather than paper.
Aaron K. Andrews has written: 'Computer and optical simulations of radar imaging systems' -- subject- s -: Simulation methods, Data analysis, Asteroids, Airplanes, Radar, Imaging systems, Recognition, Inverse synthetic aperture radar