3.1 Create syntax as follows
The advantages of monomer mode are:
Between flowers and insects
这是一部反映著名服装设计师悲欢离合的现代都市生活言情剧，是一部以服装文化为故事主干，全方位、多视角地展现当今人们观念变革的电视连续剧。时装设计师蔡湘突然回国。这一消息惊动了她的丈夫――“海得”集团的老总林海亮。他从律师那里得知，蔡湘是为离婚而来，担心她提出财产分配的要求，便赴机场接她回家，煞费苦心地营造融洽的家庭气氛，试图用儿女亲情打动她放弃离婚的念头。然而蔡湘对深陷于金钱泥沼中的丈夫早已心灰意冷，去意已决。为了稳住蔡湘，海亮让她创办“海得”服装设计中心。年轻的服装设计师周铁灰刚刚踏入社会，雄心勃勃，准备干一番事业。然而事与愿违，他创办的公司由于经营不善，倒闭破产。铁灰备受打击。女友韩[更多信息]磊依旧热情地支持他。为了应付债主，铁灰卖掉了心爱的吉普车，返回父亲引导下的国营“昌隆”服装公司。“海得”集团与“昌隆”公司是服装界的竞争对手。铁灰的父亲周知华希望儿子能振兴“昌隆”，但两人在设计上存在着分歧。为能参加一年一度的时装节，铁灰精心设计了一组参赛作品，但他前卫的创作风格遭到父亲的严厉批
蒯彻同样也在打量张良，名扬天下，汉王刘邦第一谋主。
见到此种情形，一众高级将领都担心不已，若是再这样下去，秦国降卒发生哗变。
“你是个联邦探员，而我却是个诈骗犯。几乎没有可以改变我们俩的身份彼此对立这个事实的方法。”
若是张家一定支持小葱嫁到刘家，则会被人指责刚平反便以势压人。
Http://www.jiemian.com/article/1948579.html
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考入重点高中的白一涵，被高冷学霸林星泽所吸引，在闺蜜周小雨的帮助下，渐渐引起了林星泽的注意。与此同时，从国外转学回来的杨天然和白一涵相识，漫长的青春岁月，白一涵、林星泽、杨天然展开了一段感情纠葛，青春年少的时光逝去，成年的他们，命运又走向了不同的结局。
再然后便是陈启来到这个世界，推陈出新，写出第一部新武侠，武侠小说再次焕发生机，蓬勃发展。
今年斩获8项艾美奖的大热美剧《大小谎言》正式续订第二季，妮可·基德曼、瑞希·威瑟斯彭确认回归主演并担任执行制片，David E. Kelley也将继续担任创作人和编剧，同样是7集。谢琳·伍德蕾、劳拉·邓恩、佐伊·克拉韦茨、亚当·斯科特等主演也有望回归，让-马克·瓦雷不再担任导演，奥斯卡得主安德里亚·阿诺德(《美国甜心》《鱼缸》)接手执导。
“黄金剩女”李悦瞳在一次次相亲无果之下，被妈妈赵友兰以父亲李耿生命垂危为由逼迫结婚。情急之下的李悦瞳在“死党”丁灿的劝说下，只好求救于此前早已认识却互无好感的张铎；此时的张铎也正因创业失败，父母来京后自己多年前撒下的谎将被识破而心事重重。出于各自的目的，两人达成了结婚的协议，并签订了《婚规21条》，详细说明了这是形式上的婚姻，并无实际意义。婚后，“形同陌路”的两人虽暗自互生情愫，但都未承认；张铎父母到来后，面对公司规定和“婆媳”失和，无奈之下的张铎只好选择辞职并结束这场荒唐的婚姻。不久，一场公司风波使张铎当上了主管，面对李悦瞳，张铎第一次表达了爱意。在民政局办理离婚手续时，张铎拦住了即将敲下红章的工作人员的手。
Attacks from within:
葫芦在旁差点笑出声来。
Super Data Manipulator: I am still groping at this stage. I can't give too much advice. I can only give a little experience summarized so far: try to expand the data and see how to deal with it faster and better. Faster-How should distributed mechanisms be trained? Model Parallelism or Data Parallelism? How to reduce the network delay and IO time between machines between multiple machines and multiple cards is a problem to be considered. Better-how to ensure that the loss of accuracy is minimized while increasing the speed? How to change can improve the accuracy and MAP of the model is also worth thinking about.
SYN attack is a kind of DOS attack. It takes advantage of TCP protocol defects and consumes CPU and memory resources by sending a large number of semi-connection requests. SYN attacks can not only affect hosts, but also harm network systems such as routers and firewalls. In fact, SYN attacks can be implemented as long as these systems turn on TCP services no matter what systems are targeted. As can be seen from the above figure, the server receives the connection request (syn=j), adds this information to the unconnected queue, and sends the request packet to the client (syn=k, ack=j+1), then enters the SYN_RECV state. When the server does not receive an acknowledgement packet from the client, it retransmits the request packet and does not delete this entry from the non-connection queue until the timeout. With IP spoofing, SYN attacks can achieve good results, Typically, clients forge a large number of non-existent IP addresses in a short period of time, SYN packets are continuously sent to the server, and the server replies to the confirmation packets and waits for the confirmation of the customer. Since the source address does not exist, the server needs to continuously resend until it timeout. These forged SYN packets will occupy the unconnected queue for a long time, normal SYN requests will be discarded, the target system will run slowly, and in serious cases, the network will be blocked or even the system will be paralyzed.
