Preliminary Exploration of dicom development tools

Currently, we are involved in dicom (pacs) systems. If we develop and encapsulate dicom3-based systems by ourselves, it is not a small project. The current big environment, today I want to provide you with a project, you will be able to submit products or projects tomorrow, without any additional time and investment so that you can keep yourself updated, economically, and socially understand the details! Otherwise, there is a crisis in survival. How can we study knowledge.

In this case, the dicom-based development and application development using Development kits or development tools will be considered immediately.

1. mergeCOM3: http://www.mergecom3.com/us Merge Healthcare provides Healthcare IT solutions to help our customers solve health data integration problems, the HL7 of MergeCOM-3 provides a solution to integrate products into a wider range of healthy IT networks, such as connecting peripheral medical devices and systems to an electronic health record or clinical information system. Version 4.0 contains the latest DICOM standard, including high-definition videos (Supplement 137) and color MRI (Supplement 141 ). The HL7 standard toolkit includes the HL7 standard v2.5.1 library combining a wide range of plotting functions. It has a. NET and Java programming platform and supports all Windows, Linux, and Solaris operating systems.

2. leadtools: The best graph processing tool set. ADTOOLS Medical Imaging SDK by LEAD Technologies

Medical Imaging programming library. The Medical Imaging of LEADTOOLS contains multiple manual selection and optimization features to meet specific requirements for Medical Imaging application development, for example, full support for DICOM datasets, 8-16-bit grayscale support, and 12-bit graphics processing and display support for windows leveling and LUT processing. Fully supports DICOM 3-industry-standard medical imaging formats/protocols, allowing programmers to access images retrieved from digital imaging modules, such as CT and MR scanners. LEAD's DICOM imaging support technology is the industry's richest support technology, supporting 8, 10, 12, 16, 24, and 32-bit graphics, including JPEG (8, 10, 12, 16-bit lossless gray scale, 8-bit, 12-bit lossy gray scale, 24-bit lossless and lossy color), Run Length, non-compression, Photometric Interpretation (Monochrome1, Monochrome2, palletized, RGB, ARGB, CMYK, YBR Full 422, YBR Full), and single-page and multi-page graphics. LEAD's Medical Imaging tools include 8-16 gray-scale displays with window leveling ). LEADTOOLS maps user-defined color ing (with a lut or color palette) or linear grayscale LUT to the desired stored pixel values. LEADTOOLS's medical imaging includes all the features of the document imaging product and adds the medical imaging feature: window adjustment display and processing features, supports 9-16 bits and 32 bits, and supports DICOM file formats. Added comprehensive support for DICOM communication. The medical imaging of LEADTOOLS also includes all the features required to create a fully WEB-based DICOM-supported observation application.

In addition to providing a comprehensive DICOM Development Kit, it also provides the functions required by labeling, video, and other PACS software. It is the most comprehensive provider of PACS development tools. DICOM only supports WINDOWS platforms, some features support the linux platform. Provides API, CLASS, ACTIVEX, VCL, and other interface forms, supports the. net platform, fully supports DICOM2003, and supports the 2000. it is said that the price is relatively expensive and the runtime license is required.

A description of http://www.componentsource.com/products/leadtools-medical-imaging/summary-zh.html

3. imagetransport: The ImageTransport MD control can quickly integrate DICOM Communication Protocol into your application. It supports SCU and SCP, and fully parses dicom dir, PACS communication is easy to use in DICOM network communication and media storage. The image processing tool is a comprehensive image processing tool. Accusoft does not seem to have a comprehensive lead tech tool, which is expensive and requires a runtime license.

4. mydicom: for the medical image format of DCM, a program is developed to read the DCM image and convert bmp. It is a new C # DICOM Development Kit and claims to fully support DICOM2003, it seems that it has not been fully completed, the price is relatively low, and there is no RUNTIME LICENSE

5. DCMTK: DCMTK developed by offis, Germany, provides a platform for us to implement DICOM protocol, so that we can easily complete our main work on the basis of it, DCMTK is an open-source project provided by German offis and has the relevant copyright. After more than 10 years of development and maintenance, this development kit has basically implemented all the content of DICOM protocol. This development kit provides all source code, support libraries, and help documentation. DCMTK provides possible versions used in various operating systems, such as LINUX, SUN, MACOS, and WINDOWS. You can compile DCMTK on your own development platform. The current DCMTK version is 3.5.4.

DCMTK company home page: http://dicom.offis.de

Dcmtk faq Forum: http://forum.dcmtk.org/

6. ezdicom: a good image display program that can read images in various formats, such as DICOM, PNG, JPEG, BMP, and raw formats-view medical DICOM files. You can also adjust the window width, position, and length. And convert the output in bitmap mode.

7. dicom3dsdk: released in ACTIVEX mode. It supports cc ++, delphi, vb, c #, vb.net, and other programming languages. It is an ideal choice for you to develop PACS quickly. Including functions: Network Communication: supports standard DICOM protocol, and implements functions such as verification, storage, query, transfer, and work list, you can easily set and obtain the data element Information in network communication for database operations. Image processing: commonly used: window width and space, positioning line, shrinking, magnifiers, moving, dragging, rotating, turning, playing, etc. Selection: The options include image, sequence, diagnosis, and all. Color: Negative slice, pseudo color, sharpening, softening, brightness, contrast, and CAPTCHA correction. Edit: Copy, paste, export, and delete. Annotation: paint brush, angle, length, rectangle, ellipse, text, comment, arbitrary line, CT value, etc. Film printing: It can be connected to multiple laser cameras, such as kodak, agfa, and Fuji. It supports multi-page printing and allows you to adjust the size, orientation, and size of each film.

 

For more information, see the following.