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Assessing the quality of a website is most important, especially because people in the world, nowadays, are dependent on the quality of the content hosted on the WEB for various purposes. Every aspect that determines the quality of the website must be taken into account as the users use Websites, for various purposes. The content posted on the WEB should be accessible to the public, and it must be of high quality so that the users can use it without any doubt. The quality of the content posted on the WEB is dependent on many factors. There are as many as 42 factors such as its layout, ease of navigation, structure, quality of content, quality of multimedia, etc. that need to be considered for assessing the overall quality of a website. "Completeness" is one such factor. "Completeness" is about the total availability of the data about a specific context that the user is pursuing. An incomplete website that is not largely used by people eventually gets out of the domain of search engines, and also the users lose interest in such websites. Every quality factor must be assessed independently by using a model. The models must be combined to reflect the overall quality of the website. A set of sub-factors represent a quality factor. The quality of every sub-factor must be individually computed and combined to obtain the quality of the entire factor. This paper primarily focuses on presenting a model, using which, the quality assessment of a website can be made considering the factor called "Completeness" which is one of the factors to be assessed for computing the quality of websites. There can be much data missing in the content posted on the website, such as missing columns in the tables and forms. The missing information makes the website incomplete and un-useful. [ABSTRACT FROM AUTHOR]

Cloud computing technologies and infrastructure facilities are coming up in a big way making it cost effective for the users to implement their IT based solutions to run business in most economical way. Many intricate issues however, have cropped-up which must be addressed to be able to use clouds the purpose for which they are designed and implemented. Among all, fault tolerance and securing the data stored on the clouds takes most of the importance. Continuous availability of the services is dependent on many factors. Faults bound to happen within a network, software, and platform or within the infrastructure which are all used for establishing the cloud. The network that connects various servers, devices, peripherals etc., have to be fault tolerant to start-with so that intended and un-interrupted services to the user can be made available. A novel network design method that leads to achieve high availability of the network and thereby the cloud itself has been presented in this paper. [ABSTRACT FROM AUTHOR]