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There is an exponential increase in the use of electronic devices, especially mobile gadgets. Earlier people used to replace their gadgets only when they were damaged but it is not the case now. Damages are no longer the only reason for disposing of electronic devices, where technical worn out, new product features, better aesthetics and emotional value are having strong influences to the disposal of the devices. This paper has estimated the total number of refurbished, recycled and scraped mobiles from year 2008 to 2018. Based on the survey results, this paper proposes a model to predict the toxic elements in mobiles. This model can be used by manufacturers and mobile users which will give chance to the manufacturers to replace/change to alternative technology and creating awareness among mobile users about e-waste. Model uses training set consisting of pollutants from mobile component like screen, battery, processor etc. for predicting will take place by having a “Neural Network” approach using “THE MCCULLOH-PITTS” algorithm to determine the input training dataset. Screen, battery, processor etc. are different components used for the prediction.

Intelligent real-time traffic control system is momentous for emerging cities. The use of RFID technology with Artificial Neural Networks (ANN) based algorithms will provide a decisive methodology for dealing with traffic management as well as traffic violators which will help overcome traffic congestion. System has been designed to cater the needs of traffic control system on internal roads, highways and toll gates in any hour of day, throughout the year. System architecture comprises of multiple RFID readers, with data processed by an ANN based algorithm, which will be placed facing the road. Predefined set of functions gets triggered after receiving inputs to provide a responsive signalling and fine deduction system. The algorithm for the mechanism is explained in detail to get a felicitous result for the problem and make the system robust. The registered passive RFID tags, placed on vehicle, will store detailed information of the vehicle & its owner. These tags will correspond to a refillable virtual wallet for deducting fines. System will incorporate mechanism for tracking lost vehicles as well as monitoring vehicular movements with the help of system logs.

The Sorites Paradox is used to describe a set of paradoxical arguments. These paradoxical arguments arise due to the uncertainty about the extent to which the predicates of the arguments apply to it. Well talking about “uncertainty” ;which is related to one of the branch of VUCA (Volatility, Uncertainty, Complexity and Ambiguity) The phenomenon that lies at the core of the Sorites Paradox is the phenomenon of ‘Vagueness’. Although previously thought that vagueness applies to only the predicates of an argument, it has been observed that it can apply to non-predicate entities as well. Although there seems to be no difference between polysyllogisms (also called multi-premise syllogism) and the Sorites Paradox arguments, there is. Polysyllogisms do not have to be paradoxical in nature, and the Sorites Paradox arguments need not be syllogistic in nature. VUCA, a term that has become popular recently, stands for Volatility, Uncertainty, Complexity and Ambiguity. ‘Volatility’ is concerned with situations that arise unexpectedly which are unstable in nature. This paper explains the relation of Uncertainty and vagueness in context to its impact on education in VUCA world.

By the Grace of God Almighty, this paper is being presented on a new concept of developing a programming language of your own type. We always wonder how these programming languages are developed and we want to have a programming language of our own flavour. This research paper will give us the exact idea how we can make it possible. The name “myLanguage” is given to this programming language. “myLanguage” is not just a programming language but it is a concept for developing a language for oneself. We might know couple of programming languages and might be some are very much professional with few. But still we always have some hidden complains about the language and we want that language to be like our personal choice. “myLanguage” gives an opportunity to fulfil our dream. “myLanguage” is a concept by which any complex programming language can be simplified. Here “myLanguage” also stand as an example to prove the statement. “myLanguage” will do all basic arithmetic operations and writes their output and shows on the command prompt.