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Arduino Wireless Remote Voltmeter
My idea is to make a wireless voltage meter. My car has recently had an issue where it is killing the battery for seemingly no reason, having voltage drops even while i'm driving. It occurred to me that it would make sense to have a wireless voltage meter on the dash (or my phone) such that I could see when things were going wrong and when. I could even connect it to my wifi at home such that it could detect certain situations, and for instance text me if the battery was reaching critical levels while sitting parked at home. That way I could rescue the battery in time, saving me from having to buy a new one and being left with a dead car in the morning. This could warn people with "normal" cars if they've left their lights on, a dome light on, or any other situation that would leave them with a dead car battery the next day. It could also be used by electricians to watch voltage levels from a remote location while flipping breakers or the like!
Water Tank Filling Management
Living in flats in urban areas bring challenge to monitor filling of water tank on each floor. Arduino can help with tedious effort of waking up early and monitoring what's going on. The idea is to schedule timings for water flow and open valves or at least alert user with an alarm when:
- Water is flowing in and there is room for tank to store more
- Water is about to overflow and valves need to be closed
- Application will be connected to cloud for alarms and monitoring in remote areas too like if user in office and tank at home, etc.
Water is precious, and we should save it
Windows Kitchen project brings features of Windows 10 and Arduino to kitchen environment.
The solution will consist of different modules related to safety and health, kitchen personalization as well as personal assistance. It will concern, among other things, following functions: child safety in the kitchen, personal nutrition adviser, and reminder. The solution is not only dedicated to active parents but for everyone who loves cooking.
This is a Cloud based health monitoring device ,where a wearable is attached to the user with help of all new Arduino MKR1000 and making use of Microsoft Azure platform to track health records and pushing the same to azure cloud so as to monitor various health parameters like Blood Pressure,heart beat,Body Temperature,pulse rate etc..By consulting physicians ,Doctors. Where there will be a easy interface to user with credentials and doctors too, the interface will be so minimal that anyone who is not aware with technology can use the same.
USER :: Will posses a health band that is embedded with Arduino MKR1000 and health parameters sensors that transmits the data to the Microsoft Azure Cloud.
CONSULTANT :: Can Monitor all the data that is retrieved from the azure cloud and can notify the patient about any adverse health conditions.
Smart Class room
The careful monitoring of student progress is shown in the literature to be one of the major factors differentiating effective schools and teachers from ineffective ones. Indeed, those analyses which have sought to determine the relative effect sizes of different instructional practices have identified monitoring student progress as a strong predictor of student achievement. Not only does it ensure students stay on task, but it is also a key foundation for an effective e-safety implementation.
This Smart Class Room system improves student outcomes by empowering educators with a 360 degree view of their students' learning process. It simplifies and streamlines workflow and communications for educators, enabling them to save valuable time. It empowers instructors with the ability to remotely control or monitor student, no matter where they are located. We can easily monitor the activities of each and every student in the class room.
Smart dairy Monitoring
Rescue our domestic animal when they are missed from our dairy during seek food on field.
we put the sensors with the domestic animal in the dairy. the sensors connect with Arduino kit through internet.
when the animals crossing our border.the sensor will intimate the owners or guards of the farm.
It will helps to save our animals.
ibottle -it's a personal smart bottle which shows quality ,quantity and other properties like temperature) of water and other fluids . it stores multiple fluids(beverages) and can push notifications to your smartphone .Bottle will be able to communicate to your smartphone and then to azure services so that you can track your drinking habits and drink only quality fluid.
The Internet of Ears
With the IoT, our surrounding gets more and more intelligent and humans are replaced by machines. Still, the natural way to communicate with our environment is speech. Nevertheless, most devices that we use in our daily live, let it be at home or at work, do not have a speech interface. To close this gap, our idea is to develop a low-cost drop-in module that can be integrated into, or attached to, things in order to control them with our voice, i.e., to "speak" with them.
The combination of the MKR1000 and Microsoft Azure perfectly matches the requirements to implement our idea: With its rich set of IO interfaces, the MKR1000 allows us to connect microphones as well as the controlled devices. Furthermore, it can be easily connected to the backend via Wi-Fi. With Microsoft Project Oxford, Microsoft Azure offers off-the-shelf solutions for speech recognition that demonstrate the feasibility of our idea. Finally, based on Windows Remote Arduino, we will offer an interface to conveniently configure our module with a tablet or smart phone.
As example application, we will apply our solution to a coffee machine as it can be found in most offices today that offers various kinds of coffee and, with products like coffee, latte macchiato, cappuccino, replaces the classical barista. On the one hand, those machines implement a service interface that allows to control them via a serial line. On the other hand, the standard user interface consists a bunch of tiny little buttons that never get you to you favorite coffee. Our MKR1000 based module connects to the service interface and translates human language into the commands that are understood by the coffee machine.
Our requirement analysis based on  reveals that the apparently simple task is more complex than expected. Therefore, we start with simple speech classification. This will allow us to handle the nerd that simply orders "Regular coffee" or "Hot Water". Then we proceed with speech recognition to serve the hipster that orders "Double up-side-down mocca macchiato, 200 ml of water, 12 g of medium coarse grained quality beans, *no foam*, with soy low fat milk." To serve orders like "The regular" we also require speaker recognition to identify the speaker. This shows that the complex task is well suited to exploit the power of Microsoft Azures machine learning capabilities.
Cortana Analytics, Project Oxford
Smart Baby sensor
Smart baby sensor :
1) MKR1000 with camera connected - the camera will monitor the baby by motion detector ability.
2) The Windows10 computer will get the video and present it by demeand
3) when baby is moving it will send log to Azure cloud
4) there will be an extra mobile device with wifi &button & speaker - when you press the button you will get information about the baby by voice with text-to-speech
In this system all the devices of the house can be controlled through the smartphone. And also their status can be monitored i.e. which device is on for how much time will be stored on cloud for data analytics. The devices can also be controlled through manual switches (manual over ride). Whenever a manual switch is pressed an update is sent to the application of the smartphone.
There will be some safety features like intruder detection (burglar detection) and fire detection or LPG leakage. Whenever there any of the above activity is detected an alert message gets reflected on their smartphone.
There will power monitoring sensors installed in each room. It will measure the power of each room and upload to cloud through which we can get monthly analysis. The system will notify the user if any of the room is consuming more power than the monthly average with the help of data analytics.
Each member of the family will have a wearable device, so the system will know at any given time how many members are present in the house. When the last member leaves the house the system will shut down all the unwanted devices. There will be a camera on the door, if at any moment when there is no one in the house and someone rings the doorbell, the camera will take an image and upload it to the server and will be sent to the application on the smartphone with a time stamp.
The wearable device will have heart rate sensor, body temperature sensor, GPS and Wi-Fi module to connect to the smartphone. If heart rate or body temperature of any user is above or below the safe limit , an alert will be sent to the other user’s along with its GPS coordinates. Whenever the person is about to reach the house ( close to 100feets) the cooling/heating system will turn on and temperature will be adjusted based on the temperature of the person’s body collected through the wearable device.