Transcription of Image Processing with ImageJ
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Image Processing with ImageJ
Search areas, from nanotechnology to as-tronomy. It is common practice for manufactur-ers of Image acquisition devices to includededicated Image Processing software, butthese programs are usually not very flex-ible and/or do not allow more compleximage manipulations. Image processingprograms also are available by themselves. ImageJ holds a unique position becauseThe advances of the medical and bi-ological sciences over recent years,and the growing importance of de-termining the relationships between struc-ture and function, have made imaging anincreasingly important discipline. Theubiquitousness of digital technology from banal digital cameras to highly spe-cific micro-CT scanners has made im-ages an essential part of a number of re-As the popularity of the ImageJ open-source, Java-based imaging program grows, its capabilities increase,too. It is now being used for imaging applications ranging from skin analysis to neuroscience.
Image Processing with ImageJ it not only is in the public domain (mean-ing that its source code is openly avail-able and its use is license-free), but also runs on any operating system. It is at-tractive because it is easy to use, can per-form a full set of imaging manipulations and has a huge and knowledgeable user community.
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