29岁的丸谷康介（山田凉介饰）在啤酒厂商营业部工作。他以天生的“可爱”为武器，什么都能完美地回击。在新商品发表活动会场，偶然同乘电梯的大叔（古田新太饰）一看到康介的脸就说“超可爱！”。 但是下一个瞬间，那个大叔露出悲伤的表情离去了。第二天早上，部长山室（西田尚美饰）向他介绍了调来的年轻职员真田和泉（芳根京子饰）和一之濑圭（大桥和也饰）。当上了冷淡、沉默寡言的和泉的教育负责人的康介，虽然想用平常的笑容抓住她的心，但被无视了。之后在客户那里也遭遇了失败。为了平复心情而联络恋人，却被对方提出了分手。总觉得有什么不对劲，康介的命运从人生的巅峰期开始一点点滑落。
幸福嫁到万家庄，婚礼上，妹妹被“闹婚”受辱，情急之下，幸福砸伤了村支书万善堂的儿子万传家。一波未平一波又起，村里建保健品厂，要征用幸福婆家的耕地，幸福勇敢与万善堂对簿公堂，最后得到合理补偿。
阿基巴（藤原龙也）曾经收购了大型收购，引起了世人的骚动，现在作为应用程序的开发，作为主要工作的自由人，过着安静的生活。秋叶原住着的是经营倾斜的人才派遣公司的老板·科乌西罗（杉野遥亮）的办公室。那里是整修旧游戏中心的地方。她聚集了美女，开了聚会和吃饭会，和有钱人和成功的经营者做人脉，使人生一下子逆转，梦想着作为创业者成功。
炼丹炉被踢翻之后，人间火烧八百里，原本单纯无知的红孩儿无意间成为受害者，不得不承受火焰灼烧之痛。其母为救他，带着他辗转各地，求医问药，红孩儿最终获得了三昧真火和焚天紫火的能力。在红孩儿得知自己遭受这一切痛苦的原因后，他决意报仇，与此同时，一场惊天的阴谋正在悄然策划，顽性不改的红孩儿站在了离魔道最近的地方……
吴妈折腾了一天，也真的累了，想着儿子好不容易活过来，可得先养养，别被自己聊死了，因此差不多的时候她就起身走人了，让孩子好好休息。
Demo Xia: I downloaded all the popular frameworks at present. I ran for the examples in different frames and looked at the results. I just thought it was good. Then I thought, well, in-depth learning is just like that. It's not too difficult. This kind of person, I met a lot during the interview, many students or just changed careers came up to talk about a demo, handwritten number recognition, CIFAR10 data image classification and so on, but you asked him how the specific process of handwritten number recognition was realized? Is the effect now good and can it be optimized? Why should the activation function choose this, can it choose another? Can you explain the principle of CNN briefly? I'm overwhelmed.
Episode 5
Liskov Substitution Principle, LSP (Richter Substitution Principle) means that subclasses must replace their parent types. In other words, in the process of software development, after the subclass replaces the parent class, the behavior of the program is the same. Only when the subclass replaces the parent class and the function of the software is not affected can the parent class be truly reused, and the subclass can also add new behaviors to the parent class. In order to look at an example of violation of LSP principles, the specific code is as follows:
旋即又吩咐道：伯洲随我渡河夕烧粮草，蒲俊你和韩信待火起之后，率军掩杀。
尹旭心中一凛，暗想吴广死了，陈胜的受命怕是也不长久了。
黛丝公主也终于露出笑脸，然对于大苞谷多出两个妻子终究不甘心，对着嘉里就是一顿叽咕。
就听书生叹气道：这孩子，真是让本县不知如何说好了。
地裂山崩的“五一”反“扫荡”战争爆发了，日本侵略者向国民党蒋介石加紧了政治诱降，回师后方，集中了他们的主力部队，向冀中军民进行了灭绝人性的大“扫荡”，当“五一”反“扫荡”战争打的最紧张最激烈的时候，在滹沱河的下游桥头镇，发生了一次地裂山崩的战斗。 黄昏，滹沱河边的军事要塞桥头镇，日本侵略军的猫眼司令亲自率领鬼子主力部队对措不及防的八路军某部突袭，一场血战展开。鬼子大队长毛利伙同当地伪军大队长
DDOS attacks mainly occur in the network layer. Its most obvious characteristic is to send a large number of attack packets, consume network bandwidth resources and affect normal users' access. At present, the detection and defense technology for DDOS attacks in the network layer is quite mature, and at the same time, some new attack methods-DDOS attacks in the application layer have emerged. Different from network layer DDOS attacks, application layer DDOS attacks mostly imitate the access behavior of legitimate users and will not generate a large number of attack data packets during data transmission, but they will consume server resources through a large number of database queries and other operations, which is more difficult to detect. According to the different attack modes, DDOS attacks include reflection amplification attacks in addition to ordinary flooding attacks. This type of attack often uses a legitimate server as a reflector, which sends a large number of data packets to the target, thus causing greater harm. At present, DDOS attacks against DNS servers are also common. Attackers often send fake domain names to DNS servers, consuming DNS server resources. At the same time, due to the recursive query mechanism in DNS servers, DDOS attacks against DNS servers have a large impact range.
朱县令点头，轻声道：皇上，已经不像原先那么坚持了，这是在给张子易起复的机会呢。
这是在抗日战争时期一个可歌可泣的爱情故事。当战火蔓延华中的洛平，师范生吴汉生（吕良伟饰）欲随游击队离城参加卫土战斗，为游击队政治部主任张国威（冯淬帆饰）劝止，着他留在学校中联络，团结爱国同学。
我曾经喜欢……那个……在桃林里吹箫的女孩，可是，造化弄人……我都不能……再想她。
So far, the two methods for iPhone and iPad to enter the recovery mode have been introduced.
此时，下人来报：主人，三老爷派人送来信函。
