基于额外树分类器的裂缝类型识别

Rocky S Upadhyay, P. Tanwar, S. Degadwala
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引用次数: 1

摘要

骨头是用来构成人体的。身体的每一个动作都需要小骨和长骨的支撑。当人体承受巨大的重量或潜在的危险事件时,这种骨骼结构可能会带来许多挑战。在这种紧急情况下,总是建议采取及时和适当的补救措施。在医学界有很多技术可以解决这个问题。在先进的医学时代,大多采用数字化的方式进行骨折定位,其中包括一些人工支持,有时可能不准确。因此,为了克服在确定骨折类型和随后识别位置的过程中出现的所有问题,需要一个数字系统,不仅可以协助医疗主管,还可以提供准确的解决方案,以便医疗主管可以决定进一步治疗以解决人体骨折问题,并使情况恢复正常。
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Fracture Type Identification Using Extra Tree Classifier
Bones are used to construct the human body. Every movement of the body necessitates the support of both small and long bones. When a human body is subjected to significant weight or a potentially dangerous incident, this bone structure may provide numerous challenges. In this urgent situation, a timely and appropriate remedy is always recommended. There are many techniques which are available in medical world to solve it. In the advanced medical era, mostly use the digital way to resolve the fracture location that includes some manual support from human that may not be accurate sometimes. So, in order to overcome all of the issues that arise during the determination of fracture type and the subsequent process of identifying the location or locations, a digital system is required that not only assists the medical supervisor but also provides an accurate solution so that the medical supervisor can decide on further treatment for resolving fracture issues in the human body and return the situation to normal.
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