Almost all cellular phones must support multi-frequency and multi-radio. The spectrum allocation for global wireless communications has been redefined or redefined by relevant authorities. From a historical point of view, spectrum allocation has always been dominated by various countries, so it is not consistent in the world, because they are usually controlled by local governments. Unfortunately, the adjustment of spectrum is driven by the economies of scale of the industry, not by foresight in the field or cooperation between relevant institutions around the world. Without spectrum comparison, it is difficult to realize equipment standardization. As the wireless communication industry continues to allocate spectrum, it is foreseeable that different frequency bands will still follow localization requirements in the future instead of being optimized for global needs.
留学回国的纪星磊带着对已故女友的回忆，在家乡爱上了酷似前女友黎贤的方晓阳，却受到两方家长的阻挠，于是牵出血缘谜团；徐咏薇是星磊的大学同学，她暗恋星磊多年;黎贤的死亡，给了咏薇机会，她陪伴星磊度过人生的黑暗期。未料晓阳的出现，夺走了星磊，破坏了一切，逼得咏薇几近疯狂……
小葱见了那种菜的瓦钵子，觉得稀奇，停住脚步笑问：婶婶，你们把菜当花儿养么？李慕琴抿嘴笑道：是我爹。
徐风想想季木霖的吻，又想想自己现在的所作所为，真是谁都别好意思说谁了，你赶紧回家过年，我自己找地呆一宿去。
该剧取材于生活中的真实事件，通过一个普通弱女子在传统“贞操”观的重压下，同命运不屈不挠的抗争，自强不息、并逐渐走向成熟的过程，表达了现代女性维护自己的人格尊严高于一切、决不能向旧意识和邪恶屈服的人生信念。
For codes of the same length, theoretically, the further the coding distance between any two categories, the stronger the error correction capability. Therefore, when the code length is small, the theoretical optimal code can be calculated according to this principle. However, it is difficult to effectively determine the optimal code when the code length is slightly larger. In fact, this is an NP-hard problem. However, we usually do not need to obtain theoretical optimal codes, because non-optimal codes can often produce good enough classifiers in practice. On the other hand, it is not that the better the theoretical properties of coding, the better the classification performance, because the machine learning problem involves many factors, such as dismantling multiple classes into two "class subsets", and the difficulty of distinguishing the two class subsets formed by different dismantling methods is often different, that is, the difficulty of the two classification problems caused by them is different. Therefore, one theory has a good quality of error correction, but it leads to a difficult coding for the two-classification problem, which is worse than the other theory, but it leads to a simpler coding for the two-classification problem, and it is hard to say which is better or weaker in the final performance of the model.
Updated December 13
在剧中，松下饰演的是与一流的商人奋斗且成长的新人猎头·鹿子小穂，她就职的猎头公司中的干练女猎头·渡会花绪里由内田有纪出演。此外，小手伸也饰演上司·并木刚，渡部篤郎则饰演对于小穂来说是宿敌般存在的精明派猎头·戸ケ里政樹。
主角侦探星鸭被各种委托调查中发生的意外事件弄得团团转,被怀疑是未解决杀人事件的犯人,同时他也表示看到了！闪耀的一颗星！这句经典台词闪现了解决的方法。
Telecommunications
剧集根据纪实小说《全粿导演 村西透传》改编，聚焦有“成人片帝王”之称的传奇人物村西透的人生，以及开创成人片业界的人们的故事。山田孝之饰演村西透，满岛真之介饰演他的搭档荒井，玉山铁二饰演给村西创造飞黄腾达机遇的出版社社长川田，森田望智饰演成人片界的新星黒木香。
Leila偶然发现了隐藏在她最喜爱的虚拟现实游戏Azana中的「红色药丸」—— 一个绝密的天堂。母亲去世后，Leila陷入了深深的孤独感。所幸她为自己创造了一个数字身份「影疾」，可以在游戏世界中暂时忘掉烦恼。每当登入虚拟现实游戏Azana之后，她才感觉自己真正活着。在这个令 人惊叹的虚拟之地，Leila遇到了神秘的游戏角色Mania，她拥有Leila所没有的一切：快乐主义、任性、永不知足。当Leila发现秘密天堂「红色药丸」之后，「红色药丸」的领袖Adrian声称她不可以不请自来，然后将她的数字角色「影疾」赶出了游戏。第二天，Mania——或者说Mania的现实生活身份Tess——竟然出现在Leila工作的地方，从此进入Leila的现实生活，Leila的世界永远被改变了。Leila很快意识到，所谓的虚拟天堂不是神秘庇护所，也不是Adrian所声称的美好之地。但她更想知道Tess/Mania究竟是怎么回事……
A fallen priest, a legendary demon hunter, and a modern day superhero join forces to battle evil.
演员小茜在拍戏时十分入戏，她期待着一举成名，可是男朋友却告诉她演戏云云全是她的幻觉而已，小茜已无法分辨戏里和戏外哪个才是真正自己的存在。（菅野美穂、中村俊介饰）
《云海玉弓缘》是由林峯、叶璇、李彩桦主演的古装武侠电视剧，改编于梁羽生同名小说，讲述了金世遗离开蛇岛来到中原先后遇到厉胜男和谷之华，并且相爱，联手除去武林败类孟神通和西门牧野的故事。
Since the single mode is instantiated only once, the first call returns an instance object of a. When we continue to call, the instance of b is the instance of a, so aa is printed below.
21世纪初，在举国欢庆中国加入WTO之时，历史悠久的江南纺织名城龙州市却发生了严重的运河大面积工业污染事故，市长任杰被就地免职，几十家纺织企业被责令停业整顿，数千万纺织工人下岗失业，全市经济面临崩溃……
瞎折腾。
Frankly speaking, I don't think domain expertise will help much for the following reasons:
