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AOC-by-Self-discovery Modeling and Simulation for HIV

机译:AOC的HIV自我发现建模与模拟

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Among HIV, immune cell and drug, exhibit interactions that are usually not well understood and as a result, cannot be accurately modeled. In this paper, Modeling by AOC is to understand the dynamics of HIV infection and treatment. The use of AOC-by-self-discovery modeling was investigated. AOC-by-self-discovery methods try to adjust the system parameters automatically. To demonstrate the effects of therapies, we design and implement a HIV Computational Lab prototype. HIV Computational Lab is an AOC-based simulation of HIV immune dynamics that is currently being developed in NetLogo. It allows researches to investigate dependencies various immune responses to HIV. The HIV Computational Lab provides a good tool to characterize the process of HIV infection and study HIV drug treatment.
机译:在艾滋病毒中,免疫细胞和药物之间的相互作用通常未被很好地理解,因此无法准确建模。在本文中,通过AOC进行建模是为了了解HIV感染和治疗的动态。进行了AOC自我发现建模的研究。 AOC通过自我发现方法尝试自动调整系统参数。为了证明疗法的效果,我们设计并实施了HIV计算实验室原型。 HIV Computational Lab是NetLogo中正在开发的基于AOC的HIV免疫动力学模拟。它使研究能够调查对HIV的各种免疫反应的依赖性。 HIV计算实验室提供了一个很好的工具来表征HIV感染的过程并研究HIV药物治疗。

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