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Design and implementation of model of linear solver in computer filed

机译：计算机领域线性求解器模型的设计与实现

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The process of establishing the model of linear solver requires the application in computer field. So it can improve the practicability. According to the application of the model in the binocular stereoscopic visual system, this paper combines the particular situation and discusses the process. In this paper, firstly, according to the system structures of parallel optic axis, common optic axis and crossing optic axis, the effective determination is finished. Then liner solver can be used more widely and then unite the construction of two stereoscopic visual systems based on CCD camera to study the model specifically which provides a foundation for its establishment of mathematical models. Finally, the paper studies the matching process of the model of linear solver to ensure the course and purpose of the research. During this thesis, the design and construction of the model gains a powerful foundation, and through the specific application, the deficiency of the construction will be found and will be made up. As for the conclusions of this study can influence the following study positively and can ensure the scientificity and rationality of studies in this field.
机译：建立线性求解器模型的过程需要在计算机领域中的应用。因此可以提高实用性。根据该模型在双目立体视觉系统中的应用，结合具体情况进行了讨论。本文首先根据平行光轴，公共光轴和交叉光轴的系统结构，完成了有效的确定。线性求解器可以得到更广泛的应用，然后结合基于CCD相机的两个立体视觉系统的构造来专门研究模型，这为建立其数学模型奠定了基础。最后，对线性求解器模型的匹配过程进行了研究，以保证研究的过程和目的。在本文的研究过程中，模型的设计和构建具有坚实的基础，通过具体的应用，可以发现并弥补模型的不足。本研究的结论可以对以后的研究产生积极的影响，可以保证本领域研究的科学性和合理性。

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