Abstract For any Website, the look and feel of the page depends on the selection of good color combinations for Background and Foreground Colors, which are represented in RGB format. In most of the cases, the selection of the colors is done by choosing 2 extremely different colors, one being light in color and other dark, for example white and black. The web designers... For any Website, the look and feel of the page depends on the selection of good color combinations for Background and Foreground Colors, which are represented in RGB format. In most of the cases, the selection of the colors is done by choosing 2 extremely different colors, one being light in color and other dark, for example white and black. The web designers don’t know how the color combination looks like unless they are checked or implemented in the system. The proposed methodology can help the designers to choose different combinations of background color and foreground color for a text in a website without executing. The same methodology can be applied for testing the website, with some suggestions or inputs for choosing of the colors. If the color combinations are not appropriate, or they may affect the eye, then the system rejects such color combinations. Because there is no automation testing technique for identification of color for web pages, most of the cases the tester or developer may conflict with each other in selection of the colors. Read More Read Less

Abstract It can be admitted that multi robot systems have better possibilities of success in accomplishing surveillance and rescue missions. In proposed system, a multi robot system based on swarm intelligence is developed which will help in surveillance with real time data uploading on cloud using IoT and perform rescue missions. The objective of this paper is to develop wireless intercommunication between multiple agents... It can be admitted that multi robot systems have better possibilities of success in accomplishing surveillance and rescue missions. In proposed system, a multi robot system based on swarm intelligence is developed which will help in surveillance with real time data uploading on cloud using IoT and perform rescue missions. The objective of this paper is to develop wireless intercommunication between multiple agents so that they perform the given task in synchronized manner and to develop a control strategy for robots using PID technique and further optimizing it using ant colony optimization (ACO) algorithm. The presented system consists of two robots with temperature sensing, fire sensing and hazardous gas sensing features and a hand held device which receives this information and handheld device is incorporated with the NodeMCU unit that upload the data on BLYN app. These robots also have capability of sending live videos using wireless camera. The paper also consists of development of hardware along with simulation results of the system. Read More Read Less

Abstract The current context of information and communication technology (ICT) alignment is characterized by strong environmental and societal incentives and constraints to reduce carbon footprint. Companies must therefore reorient their ICT alignment strategies towards a new sustainable mode to maintain the performance of innovation, transformation and differentiation flows. This perspective opens up a new field of research, which takes into account the interactions with... The current context of information and communication technology (ICT) alignment is characterized by strong environmental and societal incentives and constraints to reduce carbon footprint. Companies must therefore reorient their ICT alignment strategies towards a new sustainable mode to maintain the performance of innovation, transformation and differentiation flows. This perspective opens up a new field of research, which takes into account the interactions with the stakeholders, as well as a better adjustment of the technological, the economic and the social. In this paper, we present the “ICT Green Alignment” model as a new generation ICT management model. This model is developed according to a Green IT and Corporate Social Responsibility (CSR) approach, which provides a theoretical tool for designing renewed managerial strategies for Sustainable Development (SD). Read More Read Less