Library of American University of Madaba
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Kennedy, L. A.
One-Shot Color Astronomical Imaging In Less Time, For Less Money! / [electronic resource] : by L. A. Kennedy. - XX, 191p. 98 illus., 20 illus. in color. online resource. - Patrick Moore's Practical Astronomy Series, 1431-9756 .
Digital Imaging -- One-Shot Color vs. Multiple Color Filter Exposures -- Evaluating Your Existing Equipment -- Choosing the Right Stuff -- Finding Targets to Image -- Setting Up Your Imaging Confirmation -- Polar Alignment, Focusing, and Framing -- Calibration -- Taking Exposures and Auto Guiding -- Stack 'Em Up.- Histogram Display -- Image Processing and Enhancement -- Displaying Your Images -- More Things You Can Do -- Additional Resources.
Anyone who has seen recent pictures of the many wondrous objects in space has surely been amazed by the stunning color images. Trying to capture images like these through your own telescope has always seemed too time-consuming, expensive, and complicated. However, with improvements in affordable, easy-to-use CCD imaging technology, you can now capture amazing images yourself. With today's improved "one-shot" color imagers, high-quality images can be taken in a fraction of the time and at a fraction of the cost, right from your own backyard. This book will show you how to harness the power of today's computerized telescopes and entry-level imagers to capture spectacular images that you can share with family and friends. It covers such topics as - evaluating your existing equipment, choosing the right imager, finding targets to image, telescope alignment, focusing and framing the image, exposure times, aligning and stacking multiple frames, image calibration, and enhancement techniques! - how to expand the number of objects you can "see" with your telescope, especially in the light-polluted skies near urban areas - image-processing routines specific to today's popular one-shot color imagers
9781461432470
Physics.
Computer vision.
Astronomy.
Physics.
Astronomy, Observations and Techniques.
Popular Science in Astronomy.
Computer Imaging, Vision, Pattern Recognition and Graphics.
QB4
520
One-Shot Color Astronomical Imaging In Less Time, For Less Money! / [electronic resource] : by L. A. Kennedy. - XX, 191p. 98 illus., 20 illus. in color. online resource. - Patrick Moore's Practical Astronomy Series, 1431-9756 .
Digital Imaging -- One-Shot Color vs. Multiple Color Filter Exposures -- Evaluating Your Existing Equipment -- Choosing the Right Stuff -- Finding Targets to Image -- Setting Up Your Imaging Confirmation -- Polar Alignment, Focusing, and Framing -- Calibration -- Taking Exposures and Auto Guiding -- Stack 'Em Up.- Histogram Display -- Image Processing and Enhancement -- Displaying Your Images -- More Things You Can Do -- Additional Resources.
Anyone who has seen recent pictures of the many wondrous objects in space has surely been amazed by the stunning color images. Trying to capture images like these through your own telescope has always seemed too time-consuming, expensive, and complicated. However, with improvements in affordable, easy-to-use CCD imaging technology, you can now capture amazing images yourself. With today's improved "one-shot" color imagers, high-quality images can be taken in a fraction of the time and at a fraction of the cost, right from your own backyard. This book will show you how to harness the power of today's computerized telescopes and entry-level imagers to capture spectacular images that you can share with family and friends. It covers such topics as - evaluating your existing equipment, choosing the right imager, finding targets to image, telescope alignment, focusing and framing the image, exposure times, aligning and stacking multiple frames, image calibration, and enhancement techniques! - how to expand the number of objects you can "see" with your telescope, especially in the light-polluted skies near urban areas - image-processing routines specific to today's popular one-shot color imagers
9781461432470
Physics.
Computer vision.
Astronomy.
Physics.
Astronomy, Observations and Techniques.
Popular Science in Astronomy.
Computer Imaging, Vision, Pattern Recognition and Graphics.
QB4
520