精美通用PPT模板蓝色炫光主题.ppt

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1、单击此处编辑主标题,单击此处编辑副标题,单击此处编辑标题,正文部分样例A正文部分样例B正文部分样例C正文部分样例D正文部分样例I正文部分样例II正文部分样例III,单击此处编辑标题,正文部分样例A正文部分样例B正文部分样例C正文部分样例D正文部分样例I正文部分样例II正文部分样例III,正文标题,第一级第二级 第三级第四级第五级,正文标题,第一级第二级 第三级第四级第五级,样例文本A,Gemmi Cong 精美PPT模板尽在如下豆单欢迎大家欣赏和下载,样例文本A,Gemmi Cong 精美PPT模板尽在如下豆单欢迎大家欣赏和下载,样例文本B,The Reverse Address Resolu

2、tion Protocol(RARP)is an obsolete computer networking protocol used by a host computer to request its Internet Protocol(IPv4)address from an administrative host,when it has available its Link Layer or hardware address,such as a MAC address.RARP is described in Internet Engineering Task Force(IETF)pu

3、blication RFC 903.1 It has been rendered obsolete by the Bootstrap Protocol(BOOTP)and the modern Dynamic Host Configuration Protocol(DHCP),which both support a much greater feature set than RARP.RARP requires one or more server hosts to maintain a database of mappings of Link Layer addresses to thei

4、r respective protocol addresses.Media Access Control(MAC)addresses needed to be individually configured on the servers by an administrator.RARP was limited to serving only IP addresses.Reverse ARP differs from the Inverse Address Resolution Protocol(InARP)described in RFC 2390,which is designed to o

5、btain the IP address associated with another hosts MAC address.InARP is the complement of the Address Resolution Protocol used for the reverse lookup.,样例文本B,The Reverse Address Resolution Protocol(RARP)is an obsolete computer networking protocol used by a host computer to request its Internet Protoc

6、ol(IPv4)address from an administrative host,when it has available its Link Layer or hardware address,such as a MAC address.RARP is described in Internet Engineering Task Force(IETF)publication RFC 903.1 It has been rendered obsolete by the Bootstrap Protocol(BOOTP)and the modern Dynamic Host Configu

7、ration Protocol(DHCP),which both support a much greater feature set than RARP.RARP requires one or more server hosts to maintain a database of mappings of Link Layer addresses to their respective protocol addresses.Media Access Control(MAC)addresses needed to be individually configured on the server

8、s by an administrator.RARP was limited to serving only IP addresses.Reverse ARP differs from the Inverse Address Resolution Protocol(InARP)described in RFC 2390,which is designed to obtain the IP address associated with another hosts MAC address.InARP is the complement of the Address Resolution Prot

9、ocol used for the reverse lookup.,样例文本C,DNS最早于1983年由保罗莫卡派乔斯（Paul Mockapetris）发明；原始的技术规范在882号因特网标准草案（RFC 882）中发布。1987年发布的第1034和1035号草案修正了DNS技术规范，并废除了之前的第882和883号草案。在此之后对因特网标准草案的修改基本上没有涉及到DNS技术规范部分的改动。早期的域名必须以英文句号“.”结尾,当用户访问 www.wikipedia.org 的HTTP服务时必须在址栏中输入：http:/www.wikipedia.org.，这样DNS才能够进行域名解析。如今

10、DNS服务器已经可以自动补上结尾的句号。当前，对于域名长度的限制是63个字符，包括www.和.com或者其他的扩展名。域名同时也仅限于ASCII字符的一个子集，这使得很多其他语言无法正确表示他们的名字和单词。基于Punycode码的IDNA系统，可以将Unicode字符串映射为有效的DNS字符集，这已经通过了验证并被一些注册机构作为一种变通的方法所采纳。,样例文本C,DNS最早于1983年由保罗莫卡派乔斯（Paul Mockapetris）发明；原始的技术规范在882号因特网标准草案（RFC 882）中发布。1987年发布的第1034和1035号草案修正了DNS技术规范，并废除了之前的第882

11、和883号草案。在此之后对因特网标准草案的修改基本上没有涉及到DNS技术规范部分的改动。早期的域名必须以英文句号“.”结尾,当用户访问 www.wikipedia.org 的HTTP服务时必须在址栏中输入：http:/www.wikipedia.org.，这样DNS才能够进行域名解析。如今DNS服务器已经可以自动补上结尾的句号。当前，对于域名长度的限制是63个字符，包括www.和.com或者其他的扩展名。域名同时也仅限于ASCII字符的一个子集，这使得很多其他语言无法正确表示他们的名字和单词。基于Punycode码的IDNA系统，可以将Unicode字符串映射为有效的DNS字符集，这已经通过了

12、验证并被一些注册机构作为一种变通的方法所采纳。,内 容 概 览,内 容 概 览,内 容 概 览,第一节,第二节,第三节,第四节,第五节,内容,公司发展,交 互 图,饼 图,50%,24%,10%,16%,50%,24%,16%,10%,AAA,DDD,BBB,CCC,项目AB,项目A,项目B,项目内容XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX,项目内容XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX,状 态 图,内容 C,内容 B,内容 A,关 系 图,A结点,D结点,C结点,B结点,A,B,C,D,关系,概 念 图,项 目 图,A,XXXXXXXXXXXXXXXXXXXXXXXXXXX,B,YYYYYYYYYYYYYYYYYYYYYYYY,C,ZZZZZZZZZZZZZZZZZZZZZZZZZZ,B,C,A,影 响 分 析 图,文字内容,影响3,影响2,影响1,图 表,DDD,FFF,EEE,BBB,CCC,AAA,中间,标 题,图 表,AAA,BBB,内容,内容,图 表,ccc,AAA,标题,bbb,aaa,BBB,CCC,项 目 图,项 目 图,总 结,1,2,3,4,5,标题,Thank you！,