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保尔从小在苦水中长大，早年丧父，母亲替人洗衣、做饭，哥哥是工人。保尔12岁时，母亲把他送到车站食堂当杂役，他在食堂里干了两年，受尽了凌辱。 　　十月革命爆发后，保尔的家乡乌克兰谢别托夫卡镇也和苏联其他地方一样，遭受了外国武装干涉者和国内反动派的践踏...根据日本媒体报道，日本当红女星桥本爱将与老戏骨田中泯（《黄昏的清兵卫》）主演一部老少恋题材的剧集《长闲之庭》，影片根据同名少女漫画改编，23岁的女研究生在学习德国文学时，爱上了比自己大41岁的大学教授，两人开始了一段爱情故事。该剧计划将于6月2日开始在NHK电视台晚间播出。Sorry to force a wave of chicken soup. Originally, I planned to write a machine learning series last year, but after writing three articles for work and physical reasons, there was no more. In the first half of this year, I was tired to death after doing a big project. In the second half of this year, I just took a breath of relief, so the follow-up that I owed before will definitely continue to be even more. In order not to let everyone worship blindly, I decided to write a series of in-depth study, one article per week, which will end in about three months. Teach Xiaobai how to get started. And finished! All! No! Fei! ! It is not simply to write demo and tuning parameters that are available on the Internet. Reject demo, start with me! If you don't understand, please leave a message under my article. I will try my best to reply when I see it. This series will mainly adopt the in-depth learning framework of PaddlaPaddle, and will compare the advantages and disadvantages of Keras, TensorFlow and MXNET (because I have only used these four frameworks, there are too many people writing TensorFlow, and I am using PaddlePaddle well at present, so I decided to start with this). All codes will be put on github (link: https://github.com/huxiaoman7/PaddlePaddle_code). Welcome to mention issue and star. At present, only the first article () has been written, and there will be more in-depth explanation and code later. At present, I have made a simple outline. If you are interested in the direction, you can leave me a message, and I will refer to the addition ~他是一手掌控着整个sh市经济，政治命脉的穆家嫡长孙。 她是夏家刚找回失落多年的嫡出大小姐。 怀胎三月被毁容后丢下滔滔大江，这般万劫不复之地，究竟是谁救了她？晴空利用自己的聪慧，在穆家大少爷穆辰浩的帮助下，一步一步让那些伤害过她的人付出应该付出的代价A TCP connection is a quad, and a connection is uniquely determined by the source IP, the source port, the destination IP and the destination port. Therefore, if C wants to forge the packet from A to B, it should fill in the above-mentioned IP header and TCP header with the source IP, source port, target IP and target port. Here B is the server, IP and port are open, A is the target we want to attack, IP certainly knows, but the source port of A is not clear, because it may be randomly generated by A. Of course, if we can find out the rule of generating source port for common OS such as Windows and Linux, we can still do it. In addition, we can step on the connection port of Car A through a large number of controlled hosts.