大连海事大学学报
大連海事大學學報
대련해사대학학보
JOURNAL OF DALIAN MARITIME UNIVERSITY
2014年
2期
86-90
,共5页
船舶监控系统%云计算%资源共享%网络拓扑%三层架构
船舶鑑控繫統%雲計算%資源共享%網絡拓撲%三層架構
선박감공계통%운계산%자원공향%망락탁복%삼층가구
vessel monitoring system%cloud computing%re-source sharing%network topology%three level ar-chitecture
采用基于Openstack搭建云计算平台服务器和服务器+两级客户端的三层架构网络通信两种技术结合的设计方案。网络拓扑结构采用服务器+一级客户端+二级客户端的三层网络拓扑结构,服务器和一级客户端基于TCP/IP协议传输数据,一级客户端和二级客户端在分控中心局域网内部基于UDP协议广播传输数据。在服务器端,构建一个基于Openstack的云计算资源共享平台,实现通信服务器、数据库服务器、应用服务器、AIS分发与解码服务器共享多台主机硬件资源,实现计算资源的虚拟化管理,提高资源的利用率。实际应用表明,该通信软件运行可靠,传输稳定,可保证海量数据的实时传输。
採用基于Openstack搭建雲計算平檯服務器和服務器+兩級客戶耑的三層架構網絡通信兩種技術結閤的設計方案。網絡拓撲結構採用服務器+一級客戶耑+二級客戶耑的三層網絡拓撲結構,服務器和一級客戶耑基于TCP/IP協議傳輸數據,一級客戶耑和二級客戶耑在分控中心跼域網內部基于UDP協議廣播傳輸數據。在服務器耑,構建一箇基于Openstack的雲計算資源共享平檯,實現通信服務器、數據庫服務器、應用服務器、AIS分髮與解碼服務器共享多檯主機硬件資源,實現計算資源的虛擬化管理,提高資源的利用率。實際應用錶明,該通信軟件運行可靠,傳輸穩定,可保證海量數據的實時傳輸。
채용기우Openstack탑건운계산평태복무기화복무기+량급객호단적삼층가구망락통신량충기술결합적설계방안。망락탁복결구채용복무기+일급객호단+이급객호단적삼층망락탁복결구,복무기화일급객호단기우TCP/IP협의전수수거,일급객호단화이급객호단재분공중심국역망내부기우UDP협의엄파전수수거。재복무기단,구건일개기우Openstack적운계산자원공향평태,실현통신복무기、수거고복무기、응용복무기、AIS분발여해마복무기공향다태주궤경건자원,실현계산자원적허의화관리,제고자원적이용솔。실제응용표명,해통신연건운행가고,전수은정,가보증해량수거적실시전수。
The design scheme integrating three level communi-cation architecture of server +two level clients and cloud computing platform based on Openstack was adopted .Network topology of the software is server +first level client +second level client , where communication between server and first level client is through TCP/IP protocol and communication be-tween first level client and second level client is through UDP broadcast protocol in local area network of the sub-control center.For the server side, a cloud computing resource sha-ring system based on Openstack is realized to take full advan-tage of the server resource .By this way , communication serv-er, database server, application server and AIS data distribu-tion /decoding server can share hardware resource of multiple hosts and manage computing resources virtually , which impro-ving resources occupation percentage and optimizing server performance .Practical application shows the reliability and robustness of the software , which can ensure real-time com-munication for large amount data .