Paper 8
Cloud Based e-Feedback Services Using Performance Analysis: A Linear ApproachAuthors: Ayan Banerjee, Anirban Kundu |
AbstractAuthors propose an online feedback system having distinct layers to access frameworks through multiple entry points such as, student module, administration module, and teacher module which have been operated from any geographically distributed locations. There is no need to install software based application and no need of extra hardware expenses to access proposed cloud based system due to usage of software-as-a-service, and platform-as-a-service. Students provide specific information to server-side for authenticity regarding entry to feedback questionnaires. Administrative authorities analyze teacher performance based on students’ feedback. Teacher observes individual performance from server. Human effort and human activities have been reduced due to usage of paperless feedback. Teacher performance is measured using preparedness, class-performance, responsiveness, effectiveness, and overall grade. Different nodes have been required in proposed system for distributing and replicating data storage in server-side. Time consumption and load distribution of servers are analyzed based on number of users and servers. Different nodes have been accessed by multiple users working with different or same modules of the system. Energy efficient framework has incorporated into proposed system to enhance system performance. Authors have incorporated different weightage factors in energy efficient framework using distinct layers of proposed system. Time complexity and space complexity are measured using proposed algorithms. Web based approach is required in proposed system to reduce manpower consumption and workload. Comparative study between existing feedback systems and proposed feedback system is established based on different characteristics. KeywordsCloud based feedback, Multi-user system, Online feedback, Distributed system, Energetic system, Paperless feedback |