1200721037

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Computer Vision System (CVS) is a system that utilizes the data acquired from the images or videos to analyze the image from various angles such as 3D shapes, contour, color, texture, movement and more. It works by acquiring the data from the images and analyzing them to create a 3D environment. This 3D environment helps in recognizing the objects and its features including color, movement, and surface properties. CVS can be used in a wide range of applications, such as autonomous driving, surveillance systems, medical imaging, industrial robot navigation and more.

1200721037 is a type of CVS named as Multi-Spectral Imaging System (MSI). It is a type of imaging system designed for remote sensing applications in Earth-observation mostly. MSI is a combination of optical, thermal, and radar imaging technologies. MSIs are commonly used for mapping, surveying, topography, and more. The applications of MSI system include geographical mapping, forestry management in environmental monitoring, precision farming, military reconnaissance, coastal surveillance, agricultural soil, and crop surveying.

In MSI, the system utilizes both active and passive sensors in order to capture the data from the environment. Active sensors, such as radar, use an energy source to illuminate an object and then measure the return signal that has been scattered after the incident illumination. It helps in mapping, measuring the distance and detecting the location of an object. Passive sensors, such as thermal infrared, measure the temperature of an object and the amount of heat energy that it is radiating and as a result creates an image. Both types of sensors can combine to capture a range of data including visible, infrared, and thermal data.

MSI also works with the principles of spectral, spatial and temporal resolutions. The spectral resolution refers to the number of spectral bands from the image being gathered. The higher the number, the more range of light (frequency) can be captured from the image. The spatial resolution of MSI helps with higher accuracy and offers more detail from the image. Lastly, temporal resolution helps in recognizing the changes of the object or scene with a certain time interval.

Overall, MSI provides great insight into the environment for many applications, which include detailed geographic mapping, crop or soil surveying, geological research, precision farming, and military reconnaissance. In addition to that, MSI systems are also widely used in medical imaging, remote sensing, 3D imaging applications, and more.Therefore, MSI systems has been a great aid to various communities in terms of providing detailed information, insight and more.

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