smart paroxysm prediction and life saver system
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Joined: Nov 2014
17-01-2015, 04:16 PM

Smart Paroxysm of forecasting and Life Saver system


The aim of this project is to develop a system for patients with epilepsy, using radio-frequency communications. wireless electronic system diagnostics are intended here solely intended for patients with epilepsy. the system helps them in accurate forecasting of a convulsing


Epilepsy is a fatal condition, which is caused by imbalances in the nervous system. Very common symptoms of epilepsy include drastic changes in heart

The speed of the beat and involuntary muscle movement (exemptions). aura (practical symptom) epilepsy includes fluctuations in heartbeat, nausea, dizziness, etc.

The sudden occurrence of seizures while driving can lead to accidents and its appearance during sleep can lead to death of the patient, if not immediately, due attention is not provided by external or doctor. With this system, the patient can lead a normal life.

Electronic system presented here, a wearable device that predicts the occurrence of epilepsy for several minutes in advance. The device uses the signals from the human body to detect the occurrence of epilepsy. Once the device detects the symptoms, it sends a coded signal to the signal is decoded using the wireless receiver to receive control signals for switching the alarm device, the mobile device messaging and automatic control system of the vehicle.


Micro-electromechanical systems (MEMS) are high-performance technology of free scale exclusively for acceleration and pressure sensors. MEMS based sensor products provide an interface that can feel the process or control the environment. MEMS based sensors represent a device class that creates a very small electrical and mechanical components on a single chip. MEMS-based sensors are an important component in automotive electronics, medical equipment, hard disk drives, computer peripherals, wireless devices and smart portable electronics such as mobile phones and PDAs.

MEMS technology provides the following benefits: cost-effectiveness, low power consumption, miniaturization, high performance and integration. Functionality can be integrated on a single silicon or in the same package, which reduces the number of components. This contributes to overall savings.

Therefore, the use of the project is that it is lightweight, durable, low cost, which helps victims of epileptic patients
Thinking To Register

04-01-2017, 10:09 PM

Good description but i want more information about this

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