Informatics Publishing Limited

N. Prabhakaran ¹, N. D. Bobby ¹, M. Munireddy ¹, G. S. Sivapriya ¹

Affiliations
1 Department of ECE, Vel tech High Tech Dr. Rangarajan Dr. Sakunthala Engineering College, Avadi, Chennai, IN

Abstract

In this paper, a framework is fabricated to authorize the physically tested individual device for controlling the needed thing like lighting the room, electrical gadgets with small power application used in an indoor environment. The indoor application controls the wheelchair utilizing only a couple of fingers to do the work effectively. The MEMS-based accelerometers sensor is designed without any pressure and makes the device highly favorable to a physically challenged person. The accelerometers are the small gadget equipped for distinguishing the quickening of the article to which they are appended in which the accelerometers are connected to the fingers for a particular application. The individual, to whom the accelerometers are attached, can assign the control gadget using the straight forward development tool of the fingers like tapping them on the surface to do one particular application in indoor environment. So the novel system is designed and implement for physically challenged person to operate both in indoor and outdoor environment.

Keywords

Wheelchair, Physically Handicapped, MEMS, Gesture Control.

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N.D. Bobby ¹, N. Prabhakaran ², J. Thameema Begum ², M. MuniReddy ²

Affiliations
1 Professor, Dr Sakunthala Engineering College, Avadi Chennai 62, IN
2 Asst Professor, No 42 Alamathi road, Department of ECE, Vel Tech High Tech Dr Rangarajan, IN

Abstract

Monitoring of blood glucose levels is clinically crucial in managing diseases affecting insulin secretion and resistance, most notably diabetes mellitus and cystic fibrosis. Blood glucose s used to monitor the amount of glucose in the blood, especially patients with symptoms with the abnormally of high or low blood glucose levels. Most recently, they enable diabetic patients to administer appropriate insulin doses to human health. The availability of in-house glucometers, as opposed to clinical-use equipment, has dramatically improved the quality of life of diabetic’s patient. However, such monitors require a blood draw through finger pricks for each test, which causes pain and inconvenience. Each test also needs a new test-strip, contributing to the recurring cost of such a device. Typically the blood glucose monitoring is the non-invasive technique which may cause distress and discomfort, particularly in the pediatric patient. We introduce an architecture that uses Near Infrared (NIR) spectroscopy to determine blood glucose levels based on transmittance spectroscopy on the nose lobe. The Measurement of glucose in the respiratory fluid by a collection of exhaled breath in condensate and therefore, a potentially clinically useful method of estimating blood glucose levels identified and therefore it is the excellent agreement between these diabetics blood glucose level.

Keywords

Insulin secretion, Diabetes mellitus Glucometer, Near-infrared spectroscopy, Diabetes mellitus

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