An Integration Application of Cloud Auction Bulletin Board System with Android App

• Main Authors: Kuan-Ting Lin, 林冠廷
• Other Authors: Wei-Chih Hsu
• Format: Others
• Language: zh-TW
• Published: 2012
• Online Access: http://ndltd.ncl.edu.tw/handle/20888152612822322183

碩士 === 國立高雄第一科技大學 === 電腦與通訊工程研究所 === 100 === According to the survey done by well-known website Flurry, the frequency of using mobile App is higher than that of using web browser during 2011in United States. The cloud computing applications are also becoming increasingly popular. For example, Google has launched many of Software as a Service(SaaS). Cloud computing App and mobile App will for sure affect people''s lives and works in the future. One of the benefits of mobile Apps is that it is more flexible in design. The other is that it is easy for mobile App to incorporate with the functions built in mobile device. In order to explore the convenience of the integration of an Android App and built-in functions of mobile device, we developed a system for practical analysis. We developed an auction bulletin board system based on Google App Engine with Android App as its user interface. The features of auction buyers in the bulletin board system include the purchase of goods and checking orders. Seller features include new merchandise, checking product information, modifying the product information, removing the product information, querying orders, modifying orders, deleting orders, modifying personal information. The App provides the functions: adding selling goods to the cloud auction bulletin board. The system that we developed could provide the users who have Google accounts with the function of message bulletin board. GAE uses the object-oriented data store, so it is more suitable to use the data class diagram to design data model than Entity Relationship Diagram(ERD). In addition, since mobile App is mainly to provide users with a friendly way to operate, the designer should spend more time on the phase of user interface design, especially the interactions between users and system.