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Optical Character Recognition (OCR) system is used to convert the document images, either printed or handwritten, into its electronic counterpart. But dealing with handwritten texts is much more challenging than printed ones due to erratic writing style of the individuals. Problem becomes more severe when the input image is doctor's prescription. Before feeding such image to the OCR engine, the classification of printed and handwritten texts is a necessity as doctor's prescription contains both handwritten and printed texts which are to be processed separately.

Most text-simplification systems require an indicator of the complexity of the words. The prevalent approaches to word difficulty prediction are based on manual feature engineering. Using deep learning based models are largely left unexplored due to their comparatively poor performance. We have explored the use of one of such in predicting the difficulty of words. We have treated the problem as a binary classification problem. We have trained traditional machine learning models and evaluated their performance on the task.

In this paper, a PID controller is applied in order to control the temperature by a proposed model of Newton’s law of cooling. The control problem considers a model obtained, which the temperature of a body decreases with time is proportional to the difference in temperature between the body and its surroundings.

Objective: To analyze the effect of electrical pulses (EP) with tomato lipophilic extract (TLE) on human, triple negative breast cancer (TNBC) MDA-MB-231 cells and non-cancerous breast MCF-10A cells and to gain insights into the mechanisms of action. Methods: We prepared TLE using solvent extraction method. We identified the constituents of TLE using LC-MS analysis. TLE with the dose of 250μg/ml was applied with eight, 800V/cm, 100μs pulses to MDA-MB-231 and MCF-10A cells and their viability was studied.