According to the centre for disease control, cardiac arrhythmia remains the number one cause of death in the United States, claiming the lives of approximately 610,000 individuals every year [1]. Heart is responsible for accumulating deoxygenated blood from entire body and circulating the oxygen rich blood to the entire cells to nourish them. Arrhythmia is abnormal condition of the heart revealing sudden inclined or declined towards efficiency and rhythm of sinoatrial node to consistently conduct electrical impulses are needed to pump the heart normally. Sometimes heartbeat increases due to goal oriented activity of the user, it seems to be normal since heart need to circulate more blood in entire body in order to keep that activity steady, because eventually oxygen in blood will be utilized. *Author for correspondenceBy the cells of the muscle will proliferate the need of purify more oxygen from blood in body within short time. This event seems to be frequent and normal in athletes and user who does activity which requires more blood purification in few time.Simultaneously it can create trouble in excluded case since it revels inability of heart to contract and expand according to necessity of individual pertaining to cardiac arrest in major cases. Cardiac arrest in adult age due to cardiac arrest is increasing same as increase in age, so there are more chances of being victim accidently after certain ages [2]. Arrhythmia detection has achieved here by acquiring electrocardiography signals which is consequences of electrical activity of the heart. SA node located at the upper right atrium and recognize to be natural pacemaker of the heart, is the inception among entire procedure of generating electrical activity of the heart sequentially [3]. Numerous methods are available

To determine foot plantar pressure during the day to day activities and real-time analysis, one needs a compact system capable of measuring foot pressure and providing accurate results. This project presents a low cost, reliable, compact foot plantar pressure acquisition system which we are developing. Strengths and boundaries of present-day structures are discussed and a foot plantar pressure device is suitable for measuring excessive stress distributions under the foot with excessive accuracy and reliability. This device is primarily based on highly linear strain sensors without a hysteresis. Various applications would need a different number of sensors spread over inside the shoe-sole. In this work, our investigation is restricted to simple applications like measuring the foot pressure when the person is standing still, or the speed when the person is moving, or whether she/he is escalating up or down the stairs. Our Project provides unique insight on foot function, helping clinicians conduct more complete assessments and objectively evaluate treatments. It includes a small sensor module that determines the foot pressure distribution in actual time that allows us to visualize and analyze the information. At the end of the experiment, real-time results in the form of intensity graph and graphical data of pressure point with a particular weigh have been achieved. A reference study of this data with the ideal situation will lead us to the early detection of joint issues.

Vision is integral part of Human body plays pivotal role in vision, reacting and balancing of entire body. Encountering loss of vision begin with refractory errors consequences in certain disorders like retinal detachment, glaucoma, cataract, tumors which might have detrimental impact on individual if not cure on time. Probably they need spectrum if only suffering with partial vision impairment but ophthalmic surgeries are needed where individual is entirely blind and unable to percept anything. Traditional innovations propose use of braille, tactile substitution, ultrasonic cane, laser cane to guide blind people to estimate about obstacle encounter in their pathway considerably classified as object comes in short sights or nearby circumstances and has poor or negligible performance for visualize far-sight scenario. It only alerts about obstacles while exempting details of that shape, size is in appearance.