My major is computer science and I have more than 10 years of experience in software development. In terms of work, I currently lead a team that provides data processing and analysis solutions for banks.
Liaoning Province
Telecommunications
Powder spot
祝延平版《武松》通过“景阳冈打虎”、“兄弟话别情”、“斗杀西门庆”、“醉打蒋门神”、“身陷都监府”，“血溅鸳鸯楼”、“二进十字坡”、“二龙山聚义”这个8个小故事，将武松传奇而平凡的一生刻画的淋漓尽致，在他身上我们看到了什么叫“逼”——丑恶的社会在逼迫武松，让他好人做不得，他不得不杀人，当武松只有杀人这一条路可走时，杀人的标准也就不再象以前那么精确，而是模糊了，道德的约束也就随之瓦解了。
虽为秦皇行宫吗，却毕竟闲置了许久，损伤不小。
眼都不眨一下，含糊道：别理他。
However, once again, when iptables rules are not saved, please do not empty the rules in the chain or table unless you understand what you are doing.
How to make a confrontation example of Deception Depth Neural Network (DNN) is a very active related research field. Now, creating imperceptible disturbances and completely deceiving DNN is a small matter, as shown in the above picture taken from the paper "Explaining and Harnessing Adversarial Examples" (https://arxiv.org/abs/1412. 6572).
故事讲述鹰野调到搜查一课公安部，挑战解开模仿埃及神话的猎奇杀人事件真相。
It's a pity that there was no night talk egret, ha, ha, ha.
During the hearing, he walked into the court in handcuffs and shackles and saw his mother sitting in the gallery in tears. He couldn't help crying, wanted to look back, wanted to say a word to his mother, and was repeatedly stopped by the judicial police. "I thought to myself, I'm so sorry for my family. My mother has paid so much for me over the years."
五年后，骆嘉豪出狱，兄弟们恳求、将军逼迫，甚至被父母、亲弟弟骆嘉轩（李昊瀚（山野） 饰）误会，他依旧不改初心，不予辩解，坚持过平淡生活；最后，骆嘉豪还是站了出来，并与警方合作，一举消灭犯罪集团。
张云峰来到城里打工，陪伴自己心爱的女友谢华丽上大学。却碰上女友同学徐丽，并在其危难时刻施救。之后徐丽便对张云峰紧追不舍。与此同时患有心脏病的女友进了医院，为凑齐手术费，张云峰准备参加格斗赛，训练中被女友闺蜜柠檬发现，通过柠檬介绍，张云峰在训练馆与寒天、阿浪学习专业拳击，并通过了初赛和复赛。为取得决赛胜利开始了魔鬼般的训练，并意外获得扫地大妈的指点。张云峰带着决心和勇气踏上擂台，挽救自己心爱的女友谢华丽。
提名第42届多伦多国际电影节(2017)午夜疯狂单元观众选择奖，由S·克雷格·扎勒执导，讲述了一名前拳击手遭受婚姻破裂与失去工作的双重打击后，因贩毒而被关进监狱后的故事。男主人公光头上纹着十字架刺青，背对观众看不出面貌，砸车之后，主人公进了牢房，而他在牢房中将进行怎样的博弈？
穿越到了明朝末年（大明崇祯年间，1644年）。当他掉落在大街上时，正好遇上了外出的明月郡主。一番冲撞之下，李斯坦被武功高强的郡主带回了王府。郡主对李斯坦的奇装异服所吸引，李斯坦也在与郡主的斗嘴中逐渐喜欢上了郡主。
改革开放的当下，村里开会，宣传计划生育，会上却传出有黄花大闺女怀孕的消息，目标暗指赵建明是村里第一个开印刷厂做厂长的人，有一个幸福的家庭。可是生意不景气，面临倒闭。这时，一个来借电话的人却给了他生机。贾科长是城里知名企业的科长，厂里合作的印刷单位出了问题，建明好说歹说把他说动了与自己合作，建明终于做成了一笔大生意。夜晚降临，建明来到了树林，一个女孩已经等在了那里。
众首领惊骇，心中本是有不服的，一来汪东城来的日子短，二来年纪轻，怎么都轮不到他。
PS: Many forums have seen beginners ask whether WCF still needs to learn in depth, because they think these technologies may be outdated. Maybe Microsoft will launch a new SOA implementation scheme at that time. Wouldn't it be a waste of time to learn in depth, so they feel that there is no need to learn in depth and just know how to use them. I had the same feeling about this problem before, but now I think that although WCF technology may be replaced, the key to understanding a technology in depth is not to know some more advanced API calls, but to understand its implementation mechanism and way of thinking. Even if the latter technology is replaced, the mechanism behind it is definitely similar. Therefore, if you have a thorough understanding of a technology, you will feel familiar with the new technology and relaxed about it. In addition, after you have a thorough understanding of a technology, you dare to say that you have mastered the technology well during the interview, instead of saying that you use it a lot at ordinary times. Once you ask deeply, you do not know the implementation principle behind it. This is also why I want to write WCF series. I hope this opinion is helpful to some beginners.
