An Experimental model of Smart Digital Pills for real time in-body localization

Due to evaluation of various real time developments, electronic miniaturization has increased in recent days. Specifications in the medical domain for diagnosis of various critical diseases electronic miniaturized devices are highly helpful. A smart digestive system using digital pills is being discussed here. Capsule endoscopy is an interesting area of research where swallowing a digital pill with a multi-channel sensor can measure various problems inside the stomach in a safety procedure. The real time measurement of conductivity and dissolved oxygen is helpful to improve the real time parameters. The sensors are fabricated through electron beam technique where a small miniaturized storage device such as application specification integrated circuit is used. The proposed system is focused on developing smart digital pills for real time monitoring and a localisation of the human body. The proposed approach considers the miniaturized embedded device integrated into a small electronic unit which is allowed to be shallow by the humans monitoring is carried out using a miniature camera.