Neonatal sepsis is a significant reason for dismalness and mortality in the Neonatal Intensive Care Units (NICU) the world. Since the two studies with the difficult topic under consideration, this is distributed, as samples, how to examine the digestive gland fed, and minimize major changes. Although this attempts to summarize the trend that has come from restrictions and change, attempted murder, research has been done on the human child. Since the two studies with the most difficult topic to consider are the most modified, but to examine this digestive gland, the model presented, the way of feeding, and minimize major changes and the data are processed based on proposed Artificial Neural Network (ANN) method. Despite these restrictions and changes, endeavoring research attempts to summarize the trend that the human child has come from since it has been made. Before this, medicine introduced the reader to the different types of embedded systems, their different applications, and the use of different types of embedded systems in embedded systems. Peripheral equipment and tools should be used in the description of embedded systems and are discussed here. Its focus is on a vulnerable medical device embedded in the new era, which contains some of the medical equipment already built.

新生儿败血症是全世界新生儿重症监护病房（NICU）沮丧和死亡的重要原因。由于两项研究都考虑到了棘手的问题，因此将其作为样本分发，如何检查饲喂的消化腺并最大程度地减少主要变化。尽管这试图总结来自限制和变化，未遂谋杀的趋势，但已经对人类儿童进行了研究。由于这两个研究最难考虑的研究是修改最多的研究，但是要检查这种消化腺，提出的模型，进食方式和将主要变化减至最小，并根据拟议的人工神经网络（ANN）处理数据方法。尽管有这些限制和变化，努力进行的研究试图总结自人类产生以来的趋势。在此之前，医学向读者介绍了不同类型的嵌入式系统，它们的不同应用程序以及在嵌入式系统中使用不同类型的嵌入式系统。外围设备和工具应在嵌入式系统的描述中使用，并在此处进行讨论。它的重点是嵌入新时代的易受伤害的医疗设备，其中包含一些已经制造的医疗设备。