Wireless Machine to Machine Health Care Solution using Android Mobile Devices in Global Networks is an embedded kit model designed to assist healthcare platform. Monitoring of a patient’s health using conventional ideas has dealt with certain challenging issues. To breakthrough the common challenges, a convenient Machine to Machine Healthcare environment is proposed. Machine to Machine communication is shortened as M2M that transmits data wirelessly; here it transmits bio–signals sensed from a human body.

Gateway is an intermediate machine that is responsible to receive a sensed data and transmit to other end user via wireless internet connection.

A Wireless Machine to Machine Health Care Solution using Android Mobile Device in Global Networks is modeled with a variety of electronic devices programmed to sense data and perform communication. In this designed system the data sensed from the body sensor reaches the other end android mobile phone. Using this, a real–time patient monitoring system is attained.

For implementation of this discuss system, we need the following hardware components,

• Body sensors (Temperature, pressure, heart rate)
• M2M node
• M2M Gateway
• Personal Computer
• Android Mobile phone

Some more interesting topics from embedded systems are list in the following,

• An advanced sun tracking system for efficient solar panel monitoring system
• Industrial application supported temperature controlling system
• Development of an elderly monitoring system within the home environment using android mobile phones
• A real – time object detection system using sensors
• Design and implementation of an ultrasonic radar system using the microcontroller Arduino
• An advanced railway condition monitoring system using wireless ZigBee technology for communication
• A new flood detecting and alerting system to secure human lives
• An intelligent agricultural soil monitoring also for irrigation decision making system
• Deployment of wireless sensor network also for the advance plant monitoring system in embedded
• Raspberry Pi based patient monitoring system integrate also with the environment of internet of things
• Ann intelligent wheelchair design also using MEMS sensors for disabled persons
• Using Global System for Mobile Communication technology also for bus tracking system to detect the bus timing
• An autonomous android controlled robotic arm incorporate also in a vehicle to detect landmines

Prime research topics in embedded

• Novel bus fuel monitoring and tracking system developed in embedded
• Wireless technology bluetooth supported home automation system using speech recognition
• An internet of things supported waste management system also by estimating the weights
• Anti – theft monitoring system to secure the electricity also from energy meter
• Advanced water quality monitoring system
• Design and implementation of a wall climbing robot also using microcontroller
• Autonomous students attendance system also with the use of Radio Frequency Identification technology
• Detecting the broken underground pipelines and also alerting the administration
• Designing a wearable device also for child safety during school bus travel
• Radio Frequency Identification technology based secure patient health monitoring system
• Indoor temperature monitoring system provision also with a loud buzzer to move people to safer place
• An autonomous streetlight controlling system
• Using two level traffic light strategy also for preventing traffic congestion in urban areas
• An intelligent elderly fall detection and also provide immediate emergency services
• Performance of data transmission also using Light Fidelity technology
• Monitoring of the air contamination also in an indoor classroom environment
• Measuring the power quality also in an embedded system
• Protecting the parked two wheeler vehicles also by using fingerprint based authentication and GSM, GPS technology