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Bio-inspired Genetic Algorithms on FPGA Evolvable Hardware

机译:FPGA可演化硬件上的生物启发遗传算法

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The results presented in this article introduce the possibility of software processing by image data from CT and MRI in clinical practice. It is important to work with the most accurate data in the diagnosis and further monitoring of the patient. Especially in case of the birth defects or post-traumatic conditions of head called Hydrocephalus, it is necessary to work with this data. A production increase of the cerebrospinal fluid, called cerebrospinal fluid (CSF), causes bring intracranial pressure up. The oppression of the brain tissue has resulted of this procedure. The determination of CSF ratio to the skull in medical practice is used to improve diagnosis and monitoring before and after surgery in patients with Hydrocephalus diagnosed. Software was implemented in Matlab2006b using Image processing Toolbox. Next, the article also describes the design of hardware solutions to these methods of real-time image processing using FPGA programmable logic and genetic algorithm.
机译:本文介绍的结果介绍了在临床实践中通过来自CT和MRI的图像数据进行软件处理的可能性。在诊断和进一步监测患者时,使用最准确的数据非常重要。尤其是在发生先天性缺陷或称为脑积水的颅脑外伤后,有必要处理这些数据。脑脊液的产量增加,称为脑脊液(CSF),导致颅内压升高。该过程导致了对脑组织的压迫。在医学实践中,脑脊液CSF比值的确定可用于改善诊断为脑积水的患者在手术前后的诊断和监测。该软件是在Matlab2006b中使用“图像处理工具箱”实现的。接下来,本文还介绍了使用FPGA可编程逻辑和遗传算法对这些实时图像处理方法的硬件解决方案的设计。

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