關於本電子書
The book has been created for engineers, scientists, and developers eager to tackle image processing with one of the leading tools available. No prior knowledge of ImageJ is needed. Familiarity with Java programming will be required for readers to code their own routines using ImageJ.
What You Will LearnInstall and set up ImageJ for image processing.Process images using ImageJ's built-in toolsCreate macros to perform repetitive processing tasksSet up and use an integrated development environment for ImageJ pluginsCreate plugins with a user-friendly interface for processingUse established ImageJ plugins for processing and quantificationGenerate a simple interface based on a real world example and create other interfaces for other projectsSpeed up interface development by setting multiple parameters interactivelyIn DetailAdvances in image processing have been vital for the scientific and technological communities, making it possible to analyze images in greater detail than ever before. But as images become larger and more complex, advanced processing techniques are required. ImageJ is built for the modern challenges of image processing – it's one of the key tools in its development, letting you automate basic tasks so you can focus on sophisticated, in depth analysis.
This book demonstrates how to put ImageJ into practice. It outlines its key features and demonstrates how to create your own image processing applications using macros and ImageJ plugins. Once you've got to grips with the basics of ImageJ, you'll then discover how to build a number of different image processing solutions. From simple tasks to advanced and automated image processing, you'll gain confidence with this innovative and powerful tool – however and whatever you are using it for.
Style and approachA step-by-step guide to image processing and developing macros and plugins in ImageJ. The book will progress from using the built-in tools to macros and finally plugins for image processing.
關於作者
Jurjen Broeke has a PhD in neuroscience from Vrije Universiteit (VU) Amsterdam and uses live-cell imaging techniques to study the fundamental processes of neuronal function. As a neuroscientist, he studies the processes involved in neural communication. Besides acquiring images, Jurjen also develops software to analyze dynamics in ImageJ, MATLAB, and R. When not enjoying the outdoors and taking pictures, he develops technical hardware and software solutions in the Department of Functional Genomics at VU.
Jose Maria Mateos Perez is a Spanish postdoctoral fellow at the Montreal Neurological Institute (http://www.mcgill.ca/neuro/), where his main research lines deal with neurodevelopment and machine learning applied to clinical prediction. He has also been an experienced ImageJ user and has developed several macros and plugins. One of them, jClustering, has been published in PLOS ONE, a peer-reviewed journal. When he has enough time to procrastinate, he also likes to develop data analysis tools in Python and R.
Javier Pascau received his PhD from Polytechnic University in Madrid in 2006 and is currently a visiting professor at Carlos III University, Madrid. He has been a part of Biomedical Imaging and Instrumentation Group, a research laboratory with a multidisciplinary team of engineers, physicists, biologists, and physicians located both in the university as well as Hospital General Universitario Gregorio Maranon (biig.uc3m.es). Javier's research and teaching cover areas such as medical image processing, analysis, quantification, and multimodal registration, both in preclinical and clinical environments. He has been involved in the development of small animal PET and CT devices. In the last few years, Javier has led several projects on intraoperative radiation therapy and image-guided surgery. He has authored more than 40 papers published in peer-reviewed journals over the last 15 years.
