以訊息佇列技術設計高效率行動應用訊息推播系統

近年的載具改革，手機應用程式的興起，一個產業不再只會有Web網站，雖然可以開發適合手機呈現的畫面，但有許多手機的本機功能無法使用且不夠友善，每個企業都有意圖打造屬於自己的手機應用程式。在手機應用程式蓬勃發展的時代，使用度最高的手機應用程式其實是通訊軟體，例如Line、Whats App、WeChat….，以Line為例，它不只提供訊息互通有無，更帶來廣告、品牌效益，促使發展更多的應用程式，且這些應用都是綁定同一個訊息系統，在此可以看出訊息系統的重要性。本論文之研究在於手機推播訊息系統的設計，及核心訊息應用開發如何達到高效率高可靠度，其中以訊息佇列技術探討、通訊協定分析比較，最後基於本論文之設計架構完成一個前後端應用程式，用以展現本研究之建置成果。

關鍵字

訊息佇列技術；訊息佇列遙測傳輸協定；雲端訊息服務；行動應用

並列摘要

Smart phones and mobile applications have been gaining popularity in recent years. In addition to website, a business will intend to develop their own mobile application in order to provide more services. As the mobile applications spread fast, the usage trend is towards communication applications, like Line, Whats APP, WeChat, and so on. Take Line for example, it can provide communicate information with each other, produce effects of advertising, and promote more extending applications. These applications combine to the same information system; it explains how important the information system is. The research designs a mobile message push system, and focus on how to reach high efficiency and reliability. Among this research, we discuss message queue technologies, communication protocol analysis. Based on these discussion results, we build an application framework to complete and present our research result.

並列關鍵字

Message Queue Technologies ； MQTT ； Cloud Message ； Mobile Applications

參考文獻

[2] Shinho Lee、Hyeonwoo Kim;Dong-Kweon Hong;Hongtaek Ju, Correlation analysis of MQTT loss and delay according to QoS level, Information Networking (ICOIN), 2013 International Conference on, 2013,pp.714-715

[3] Penghui Li; Yan Chen;Taoying Li;Renyuan Wang and Junxiong Sun, Implementation of Cloud Messaging System Based on GCM Service, Computational and Information Sciences (ICCIS), 2013 Fifth International Conference on, 2013,pp.1509-1512

[4] Saida Davies and Peter Broadhurst,WebShere MQ V6 Fundamentals,IBM RedBooks,2005,pp.5-10

[6] Google, Google Cloud Messaging for Android, http://developer.android.com/

參考文獻

Google Scholar

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以訊息佇列技術設計高效率行動應用訊息推播系統

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