Object-oriented developmental environment for image-analysis applications: implementation for 2D gel...

Area of Science:

• Computer Science
• Image Analysis
• Software Engineering

Background:

• Developing integrated image analysis applications requires managing independent modules and their communication.
• Existing tools may lack flexibility for module integration and development.

Purpose of the Study:

• To design a modular software environment for image analysis application development.
• To facilitate the integration, building, running, management, and communication of independent modules.
• To simplify the development and testing of new algorithms and applications.

Main Methods:

• A modular system architecture comprising a core and work modules.
• The core manages the system, providing classes for module development and communication.
• Work modules, implemented as dynamic-link libraries, handle specific algorithms and data structures.
• Utilized C++ programming language and Microsoft Foundation Class Library on Windows NT.

Main Results:

• Developed a modular environment with a core and independent work modules (dynamic-link libraries).
• Implemented a unified communication mechanism for inter-module interaction.
• Demonstrated the system's utility with an application for analyzing two-dimensional (2D) gel electrophoretograms.
• The environment simplifies the development and testing of image analysis algorithms.

Conclusions:

• The designed modular environment effectively supports the integrated development of image analysis applications.
• The system architecture facilitates independent module creation, management, and communication.
• This approach streamlines the process of developing and testing novel algorithms and applications in image analysis.