Andrea Bevilacqua University of Padova Italy. Rick S. Charles F. Campbell Qorvo USA. Roberto D. Erich N. Grossman NIST. Amelie Hagelauer University of Bayreuth Germany. Yejun He Shenzhen University China. Vadim Issakov University of Magdeburg Germany. Yogendra Joshi G. Ingmar Kallfass University of Stuttgart Germany. Alexander I. Nosich National Academy of Sciences Ukraine.
Giacomo Oliveri University of Trento Italy. Sembiam R. Paolo Rocca University of Trento Italy.
Jeffrey H. Hjalti H.
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Mark S. Horst Theuss Infineon Germany. Piergiorgio L. Mark E. Marc K. Sponsors Technical Co-Sponsors. Diamond Patron. Sapphire Patrons. So, we need to look for alternative solutions that uses latest technologies to solve this intelligently. Providing smart home systems is one such intelligent solution.
The objective of this project is to do a survey based on smart home system implementation on a particular locality or an area. These type of smart home systems will be embedded with a microcontroller that acts as the brain of the system, PIR sensors that can detect the motion and send the data to microcontroller for processing, relay modules to actuate the electronic devices based on the input from the microcontroller, and a Wi-Fi module to send the data to the cloud for analysis.
So the user can collect the energy consumption data from the cloud for a fixed timeline and carry out a survey for the energy needs. Vehicle Anti-Theft Tracking System based on Internet of Things: With the urbanisation on the rise, number of vehicles especially cars entering the roadways have increased significantly over the recent years. This enforced the automobile manufacturing companies to come up with smarter cars that can facilitate advanced tracking system, real time internet connectivity, best in class dashboard infotainment system etc.
Among these the tracking system that are embedded in the cars has a very significant role as it can help the owners in the anti-theft car tracking too. This particular device will also be very helpful in case of theft. But the major disadvantage is that it needs a lot of memory space to store the video feeds and manpower to detect the unauthorized activities. The objective of this project is to develop an electronic device that can solve this problem. In this project, you will be using Raspberry Pi a miniature computer to develop an electronic device.
Implementing Raspberry Pi will make the system much cheaper and efficient, because of its low power consumption feature. Also we will be using PIR sensors to detect the motion. So, whenever the PIR sensor picks up a motion, it sends the data to the microcontroller and in turn the camera gets activated. By implementing this process, only the video feeds that has motion activities gets recorded and no manpower is needed to check the video feed real-time.
Designing and Modelling of Voice Controlled Wheel Chair Incorporated with Home Automation: Traditional home automation devices would allow an individual to control all the home appliances from a centralized unit that is wireless. This technology had to be customised differently to benefit the elderly and physically disabled people.
Voice recognition is one such technology that can be integrated on to the home automation systems to make it user friendly for the elderly and physically disabled people. The objective of this project is to design a voice controlled based home automation system which can be used to control the movement of wheel chair and also the electronic devices by just giving voice commands.
You can also add an additional remote to this device, so that the user can make use of that to control the appliances.
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Technology you need to know: Voice recognition systems learn more , Home automation system learn more. The communication can happen either through Bluetooth or WiFi mode. And these electrical devices can be controlled using an Android App installed in a mobile phone. This process will help in the automation of electrical devices at home and can be controlled with an Android App from a remote location.
2004 IEEE Conference on the History of Electronics
Industrial Protection System using Temperature, Smoke Sensors and Light Dependent Resistor: When it comes to industrial equipments, a number of parameters need to be checked to maintain its efficient working. Some of the physical parameters are temperature, humidity, pressure, smoke levels, light intensity etc. We have sensors for detecting all of these values. For example, LDR sensor will be used to detect the light intensity.
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Depending on the intensity of light, the value of resistance across the LDR will change. These sensors collects all the data real-time and sends it to the microcontroller for processing. You can also integrate the system with IOT to save the data online and carryout various analysis. Density based Traffic Light Controller: With the urbanisation on the rise, more and more vehicles are being added to the roads, increasing the traffic intensity at a very rapid rate.
For such a rapid scenario, the conventional way of maintaining traffic will not be effective. The objective of this electronics project is to develop an energy efficient smart device that can control the traffic lights intelligently with the help of IR sensors. The microcontroller can be programmed to make this traffic lighting system work autonomously with no human interaction.
Also, you can develop a solar charger to power up this system and make it an energy efficient smart device. Technology you need to know: Smart traffic lighting system learn more. Utilization of Solar Energy with Tracking the Sun using Stepper Motor Automatically: The main objective of this electronics project is to develop a device that can generate electricity by trapping the natural energy sources. We all know that solar power is one of the most abundant energy source available, yet we utilise so little of its potential.
Through this project you will develop an electronics device that can trap solar energy with the help of solar panels and to improve the efficiency, the panels can orient themselves to the direction of maximum light intensity at a given time. Also, these solar panels will a unique mechanism that facilitates the automatic cleaning operation to generate maximum electricity by trapping more intense solar rays.
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