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Human eye always reveals a non –linear understanding, for the disturbances caused by the lossy image and video coding. This is mainly because of the masking capability of the human eye to conceal the attributes such as contrast, luminous, spatial and temporal frequencies. To have a distortion less and efficient video encoding for the high dynamic video range content by eluding the invisible messages in the video that causes disturbances the paper puts forth the quantization with perception utilizing the luminous masking. The methodology utilized, computes the tone mapping to scale every frames in the HDR and later quantizes on unit basis with perception tuning. For this purpose the mechanism put forth incorporates the reference model of the HEVC with the extension range of the HEVC. The proposed model was validated by evaluating the reduction incurred in each rate of bit compared to the HDR range extension. The results acquired proved to have an enhancement in terms of the savings endured in the bit rate compared to the High efficient video coding that relied on the high dynamic range visible difference predictor-II

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Water process stations are very common nowadays, that can be noticed everywhere from a small house to very big industrial area. The main objective of the water process stations are to reduce the hardness of the drinking water. In order to attain such a clear drinking water, the process station will work over several stages like sediment filter, carbon filter and RO membrane. Usually all these stages will be taken into account by the process stations on the feed water irrespective on its hardness measurement. The control strategy imposed in the paper verifies the hardness of the feed water at the very first step to avoid several stages for making the process simpler and faster. In the same way, at the stage of each filtering process huge amount of water will be wasted in the traditional process station. Due to the implementation of an efficient control strategy such wastages can also be minimized in the proposed work. The experimental study performed based on the proposed methodology explores the amount of water saved during the clear water processes as well as the time requirement for processing the feed water.