回覆列表
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1 # Kris的消費思考
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2 # sunny1177811
按每天1.2億次查詢,每小時500萬次,每秒1388都不到萬次,稍微好點的pc伺服器在硬體上都能滿足,系統和應用的引數稍微調整也能滿足。關鍵在於高可用的設計上,要滿足不間斷提供服務。
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3 # 無聊233333333
從目前來看,如果不出現顛覆性的科技革命,IPv6地址根本用不完,按照全球每人分配1萬個IP,也只佔用2∧46,離2∧128還差得遠。最終有可能所有電子裝置出廠就寫入不可改硬體IPv6地址,大資料時代真正來臨,個人隱私不復存在。而要靠25臺根伺服器解析所有IP,可能要用超算才行,但初期應該小型的伺服器叢集就行,v6還沒正式投入商用,使用v6地址的裝置還不多,v6商用的春天還是得靠物聯網
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4 # 影子我喔
關鍵是物理裝置能響應並處理大資料量的並發請求資料量的能力,在iPv6地址下,並發資料訪問請求量要遠遠高於iPv4下。
就長這樣其實很普通。大多在某些大學或者學術機構,只不過有專人把手罷了。
具體運營有ICANN和旗下組織運營
華為和浪潮絕對可以的。
下一代網際網路國家工程牽頭髮起的“雪人計劃”已在全球完成25臺IPv6(網際網路協議第六版)根伺服器架設,中國部署了其中的4臺,打破了中國過去沒有根伺服器的困境。
最新統計資料顯示,截至2017年8月,25臺IPv6根伺服器在全球範圍內已累計收到2391個遞迴伺服器的查詢,主要分佈在歐洲、北美和亞太地區,一定程度上反映出全球IPv6網路部署和使用者發展情況。從流量看,IPv6根伺服器每日收到查詢近1.2億次。
根伺服器負責網際網路最頂級的域名解析,被稱為網際網路的“中樞神經”。美國利用先發優勢主導的根伺服器治理體系已延續近30年。在過去的IPv4(網際網路協議第四版)體系內,全球共13臺根伺服器,唯一主根部署在美國,其餘12臺輔根有9臺在美國,2臺在歐洲,1臺在日本。
不過目前都是保密的,我只找到了其中華為申請的國際專利相關文件,大家可以看下
name resolution method, comprising: receiving a query from the host DNS query message, the message obtain the domain name from the DNS query; identifying based on the domain name to determine whether the storage location corresponding to the domain name or identity identity; when no storage location identifier or the domain name and identity correspondence to the global domain name server queries for the keyword list, obtained the domain name corresponding remote DNS server location identifier or identity; sent to the remote DNS server DNS query message; receiving from the remote DNS server DNS response message, the response message contains the domain name corresponding to the location identifier or identity, corresponding to the domain name location identification or identity is sent to the query host.
2. A method according to claim l, characterized in that, to determine by looking resource record is determined whether the storage location identifier corresponding to the domain name or logo itself ^ f points.3. The method according to claim or 2, wherein, when the domain name corresponding to the stored location identifier or identity, gets the position corresponding to the domain name identification or identity, send a DNS response message to host the query.4. The method according to claim l, characterized in that the domain name is keyword query to the global domain name server list in particular: to use the domain name for the keyword query matching the longest list of global domain name server, the said global list contains the domain name server domain name server location identifier or identification and management areas.5. The method according to claim 4, wherein said global domain name server list in tree tissue.The global domain name server; traversal, centralized assignment mode, distributed autonomous mode or multicast group by: 6. The method according to claim 4, wherein the method of establishing the global domain name server list includes Maintenance method list includes: regular aging authentication request response mode, trigger mode, focus mode issued or multicast mode.7. The method according to any one of claims 1-6, characterized in that, after sending a DNS query message to the remote DNS server, the method further includes receiving a second error message from the remote DNS server and update the list of global domain name server.