Lightweight Architecture for Mobile Web Content Access over Enterprise Cloud Mashup
Shawkat K. Guirguis, Adel A. El-Zoghabi, Mohamed A. Hassan
Journal of Networking Technology, Vol. 5, No. 1, 2014.
DOI: 
Link: http://www.dline.info/jnt/fulltext/v5n1/4.pdf
Abstract:
The web is the most important platform of our generation. Today web is commonly used to encompass various novel phenomena on the World Wide Web, for example Web 2.0 required a big growth of bi-directional communication. The fast growth of web technology such as: technological scripting and presentation technologies (used to render the web site and allow user interaction), delivered a hard access of web contents and resources and demanded more computational power at both of client and server sides. In the context of web future, the term cloud computing is being widely used these days [1], the alliance of cloud computing, wireless communication infrastructure, mobile devices [2], [3], and mobile web, has introduced an innovative computing model, called mobile cloud computing. One of the big problems facing any web content model is how to maintain a %100 up running time. This couldnâ€™t be achieved using traditional web servers, not to mention administration, maintenance and security will become a nightmare for fast growing web content. There is neither scalability nor instancing in the traditional web serverâ€™s model. Todayâ€™s mobile web model still lacks in resources compared to conventional information processing devices such as a workstations [4], [5], laptops and mobile devices. To offer fancy web content we need more server computational power and much more resources, one of ways to overcome this limitation is mobile cloud computing, Finally, the lightweight architecture for mobile web content access over enterprise cloud mashup (LAMWEC) is proposed to move the world into faster web content implementation [6], more stable web with extra uptime, remove the administrative burden, and simple mobile web site content development through employing the hybrid web application technology using cloud model that will host the application core, and weaving this with the traditional servers that will host separate unique web contents, to offer a fancy mobile mashup cloud computing or hybrid mobile web cloud content with faster access technique.