Embedded IEEE Project  An Autonomous Wireless Body Area Network Implementation Towards IoT Connected Healthcare Applications

By | November 15, 2017

Embedded IEEE Project  An Autonomous Wireless Body Area Network Implementation Towards IoT Connected Healthcare Applications

ABSTRACT:

Web of Things (IoT) is another mechanical worldview that can interface things from different fields through the Internet. For the IoT associated human services applications, the remote body zone organizes (WBAN) is picking up ubiquity as wearable gadgets spring into the market. This paper proposes a wearable sensor hub with sun-powered vitality gathering and Bluetooth low vitality transmission that empowers the usage of an independent WBAN. Numerous sensor hubs can be sent to various places of the body to quantify the subject’s body temperature dissemination, pulse, and distinguish falls. An electronic cell phone application is likewise created for showing the sensor information and fall notice.

To broaden the lifetime of the wearable sensor hub, an adaptable sun based vitality reaper with a yield based most extreme power point following strategy is utilized to control the sensor hub. The trial comes about demonstrate that the wearable sensor hub functions admirably when fueled by the sun based vitality collector. The self-sufficient 24 h operation is accomplished with the exploratory outcomes. The proposed framework with sun based vitality collecting shows that long haul consistent therapeutic observing in light of WBAN is conceivable given that the subject remains outside for a brief timeframe in a day.

HARDWARE REQUIREMENTS

  • PIC16F877A
  • IOT BOARD
  • SOLAR PANEL
  • INVERTER
  • TEMPERATURE SENSOR
  • CURRENT SENSOR
  • VOLTAGE SENSOR
  • RELAY
  • BATTERY
  • AC LOAD
  • LCD

SOFTWARE REQUIREMENTS

  • MPLAB IDE
  • EMBEDDED C
  • VB

 

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