IoT
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The document outlines the innovation and application of Internet of Things (IoT) technology in enhancing emergency medical services through smart devices. It emphasizes the integration of various sensors and communication protocols to improve patient care, streamline traffic routing, and facilitate remote diagnostics. The envisioned device aims to be cost-effective, durable, and vital in emergency situations, significantly contributing to advancements in technology and healthcare efficiency.
IoT
- 1. Internet of Things NAME : Ganesh Balaraman EMAIL : ganeshb1103@gmail.com TWITTER ID : @ganeshbalaraman UNIVERISTY : SRM University YEAR/Semester : Mtech I year II semester DEPARTMENT :Department of Telecommunication Networks
- 2. Introduction • Exchange of services in a global supply chain network. • Rapid advancement in technology. • Protocol for M2M communication. • Smart System and IoT are driven by combination of Sensors, Connectivity and People & Process. • Cloud storage. • Algorithms via machine learning.
- 3. RECENT VOGUES • Smart connected things offers exponentially expanding opportunities. • Smart Phone – ‘SENSING ASSISTANT’ , enhanced with camera, gps, fingerprint sensor, gyroscope, ambient light etc., is the Crowd Sourcing via Crowd Sensing. • Wearable Device. • Transport mobility - Traffic Routing, Smart Parking, Supply Chain, Airlines, Trains, Shipping, Package Monitoring etc. • Health - Patient Care, Remote Diagnostic, Equipment Monitoring, Bio Wearable's etc.
- 4. • With the increase in traffic over metropolitan areas, the road users must be particularly be assisted with the best possible route such that they reach the destination as early as possible. • A smart device can also help the patient inside the ambulance with a video assistance from the doctors during the emergency. • & also the traffic assistance for it to reach the hospital . • With the best assistance of the available operating systems like Android, IOS, Windows etc ., it must be simple for an application to work in any of the platforms.
- 5. ARCHITECTURE
- 6. PORTRAITURE • Device is most useful under medical emergencies. Especially ambulance. • The Finger Print Sensor records finger print details of patient and traces his/her ID from aadhar card database. • Device also consists of Iris sensor and face detector to enhance the traceability. • Concerned relatives can be informed at earliest. Time saving. • Provided with GPS which tracks nearby hospitals. • Device is fitted with auto call facility to nearby police control rooms. Hence traffic can be routed. • Hospitals informed well in advance. Device is fitted with video conferencing facility to facilitate first aid in ambulance
- 7. PRESCIENCE • With enhancement in traffic volume the device would have a great prospective in saving many lives in an emergency. • With advancement in science the sensors can be modified in such a fashion that the device would be a cost effective solution. • As per my prescience the device is long lasting and will be prominent in the advancing technology spectrum. Execution is everything.
- 8. THANK YOU