Finally, we constructed a software which included some linear and nonlinear algorithms along with the mathematical morphology for the preprocessing and analyzing in underwater acoustic images.
最后实现了一些常用线性和非线性算法，与数学形态学算法一起形成一个适用于水声图象处理和分析的软件。
Conclusion the virtual three-dimensional cerebral aneurysm model that was established by the software method would be useful in assisting morphology study and guiding clinical work.
结论由软件方法建立的脑动脉瘤虚拟三维模型对于形态学研究和指导临床工作具有重要作用。
Finally, the principle of hardware selection and designing are discussed. Two software and hardware designing schemes of online inspection system based on mathematical morphology are proposed.
最后据现场要求探讨了系统的硬件选型和设计问题，给出一种基于数学形态学处理的两类系统硬件设计方案。
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