Human Body Temperature and Heart Rate Monitoring on Mobile Screen over Bluetooth Wireless Technology

   Human Body Temperature and Heart Rate Monitoring on Mobile Screen over Bluetooth Wireless Technology are present for patient health monitoring. Medical field is widely involve to adapt with emerging electronics and communication field. Body sensors are equip to estimate particular changes in organ and update the current human body status.

Heart rate and temperature are the significant measurements to analyze whether the human health condition is normal or abnormal.

Remote patient monitoring system is enabled to facilitate the elderly patient to avoid going hospital frequently. The increase efficiency is equip to provision multiple health assisting services using the available resources.

   Each body sensor is varied in their specification, since a temperature sensor is not able to predict the heart beat and vice versa.

The measured values will be monitored by physicians and Human Body Temperature and Heart Rate Monitoring on Mobile Screen over Bluetooth Wireless Technology in case of emergency the care taker of the patient will receive an emergency message.

Human Body Temperature and Heart Rate Monitoring system is build using the following hardware components,
  • Temperature Sensor
  • Heart Beat Sensor
  • Microcontroller
  • Bluetooth Module
  • Mobile Phone
  • Liquid Crystal Display Unit
  • Light Emitting Diode
  • Battery

We would like to enlist mind–blowing topics from embedded systems,

  • An advanced data acquisition and data logging in a green house environment using multi–channel
  • An autonomous energy meter reading measurement and bill station updation using SMS based on Global System for Mobile Communication technology
  • Utilization of bio–signals from medical sensors for developing a human’s physical activity monitoring system
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  • An intelligent authentication system developed using biometric fingerprint
  • Design and implementation of a post–paid energy meter for energy meter reading using GSM communication technology
  • RFID technology integrated internet of things for toll collection system
  • Development of autonomous factory management system using wireless sensor networks
  • An efficient farm monitoring system combined with internet of things environment
  • Smart lighting system by detecting the movement of vehicle in a smart city environment
  • Security aided home authentication system using face recognition for automatic door lock system
  • Design and implementation of data collection system received from the smart home appliances
Preeminent Project topics in embedded
  • Novel bike fuel monitoring and intimating the driver via SMS using Global System for Mobile communication technology
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  • A biometric based smart banking system along with an One time Password for authentication
  • Monitoring water quality by estimating the purity of drinking water
  • Development of an electronic voting machine powered by solar panels
  • Novel IoT integrated vehicle location tracking system in an embedded environment
  • Near Field communication based smart phones also for autonomous fare collection system
  • Password based authentication system also by tracking eye
  • Detecting a drowsy driver based on the head position and also yarning, to avoid unnecessary accidents
  • Internet of Things assist smart building development
  • Using partial fingerprint for robust authentication system using sensor and also microcontroller
  • Internet of things based energy meter monitoring system
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  • A novel building monitoring system also using the deployed wireless sensor nodes
Innovative Project topics in embedded
  • Agricultural environment supported internet of things environment also from enhancing the crop growth
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  • Deployment of an industrial sensor network also for intelligent monitoring system using hybrid architecture
  • Designing fashionable wearable sensors to monitors patient’s health remotely also for activity recognition
  • Development of door safety system that is also to access only by authorized persons
  • An efficient lane detection system also in real–time environment
  • Sensors based patient fall detection and also immediate reporting of emergency message to caregiver
  • Using the combination of GSM and RFID in a highway transportation also for vehicle identification system
  • Radio Frequency Identification technology also based luggage tracking system in an airport infrastructure
  • Bus tracking system and report to passengers waiting also in bus stop
  • Design and implementation of a smart wheelchair also for physically disabled person with remote controls
  • Railway identification system developed also using Radio Frequency Identification
  • Automatic streetlight glowing system also by detecting the movement of vehicle using sensors
  • Break less monitoring of cardiac activity in patients also using wearable sensor devices