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Greetings Best Community Members in the Galaxy!
Once again, it's time to pick the winners of the last project competition, the Remote Monitoring & Control competition. By volunteering to judge you help ensure that the winners of Remote Monitoring & Control reflect the diversity of thought and opinion that makes this the best online community for engineers in the galaxy!
- 1 Grand Prize Winner will receive a $200 Shopping Cart.
- 3 First Place Winners will receive a $100 Shopping Cart.
Those of you that have volunteered to judge in the past, you know the drill. Comment below to let me know or message me directly at tariq.ahmad.
You're under no obligation to vote for the best project but we do ask that you look for complete projects and let us know your thoughts on the winners you pick.
The guidelines are loosely structured but are designed to encourage complete project submissions (with steps and video proof), and we want this program to be something that everyone in the community can participate to post smaller projects that fit within a theme (a theme the members pick in a monthly poll) .
For each project submission did the entrant do the following:
- Follow the Steps - Did they provide the steps it took to complete the project (text, video, or images) and/or schematics.
- Submit Video Proof - Did they post a video proof of their project?
- Stick to the Theme - How well did the project stick to the theme of the competition?
- Demonstrate Originality - Did they come up with a clever name for their project? Or did they introduce something new or that is not commercially available?
Get a Decider badge for volunteering to judge a Project14 competition! To earn a Decider badge, simply volunteer to judge a Project14 Competition, pick the winners and give us the reason for your choices. The Decider badge will be your reward for making your decision! Diversity and inclusiveness are the strengths of this program. You can receive a Decider badge by volunteering to judge this or any future Project14 Competition
Here is the list of projects to choose from Remote Monitoring & Control:
Project14 | Meet the Projects that Remote Monitor & Control Devices!
The Projects:
Fuzzy Plant Watering System by BigG:
- Plant a seed and watch it grow... (Part 1: background to the original fuzzy plant watering system)
- Plant a seed and watch it grow... (Part 2: grafting in a new branch called mDash)
- Plant a seed and watch it grow... (Part 3: presenting a new unfuzzy creation, well almost)
| Fuzzy Plant Watering System | |
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Assaulting the Cloud: Uploading Fitness Data to IoT by andyforeverest:
- Assaulting the cloud: uploading fitness data to IoT
- Assaulting the cloud: uploading fitness data to IoT (part II)
| Assaulting the Cloud: Uploading Fitness Data to IoT | |
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LoRa Experimental Environmental Sensors (LoRaXes) by ralphjy:
- LoRa Experimental Environmental Sensors (LoRaXes) - Introduction
- LoRa Experimental Environmental Sensors (LoRaXes) - Initial RSSI Tests
- LoRa Experimental Environmental Sensors (LoRaXes) - Need to use a bigger case
- LoRa Experimental Environmental Sensors (LoRaXes) - Case Layout
- LoRa Experimental Environmental Sensors (LoRaXes) - GPS is Working
- LoRa Experimental Environmental Sensors (LoRaXes) - Temperature Sensor Working
- LoRa Experimental Environmental Sensors (LoRaXes) - Case Assembly Part 1
- LoRa Experimental Environmental Sensors (LoRaXes) - Assembly Complete
- LoRa Experimental Environmental Sensors (LoRaXes) - Conclusion
| LoRa Experimental Environmental Sensors (LoRaXes) | |
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Big Petro Maker Magic: $100 Datalogger That Can Save Millions by Sean_Miller:
| Big Petro Maker Magic: $100 Datalogger That Can Save Millions | |
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Smarthab: Remote Sensing & Control by phoenixcomm:
- Smarthab: Remote Sensing and Control .I
- Smarthab: Remote Sensing and Control .ii Environmental Controls
- Smarthab: Remote Sensing and Control .iii Sensors
- Smarthab: Remote Sensing and Control .iv Software Design
- Smarthab: Remote Sensing and Control .iv DHT-11 Testing (video log)
| Smarthab: Remote Sensing & Control | |
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Combined homebrew and irrigation controller using Node Red by lawsonkeith:
| Combined homebrew and irrigation controller using Node Red | |
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Solar Panel Monitoring Using Particle Photon by ruchir1674:
| Solar Panel Monitoring Using Particle Photon | |
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CatDogFoxBot by dubbie:
- CatDogFoxBot #1 : My Initial Idea
- CatDogFoxBot #2 : System Design and Gathering the Components
- CatDogFoxBot #3 : The Step Motor Scanner is Working
- CatDogFoxBot #4 : GridEye Sensor is Connected and Working
- CatDogFoxBot #5 : Collecting Some Temperature Data
- CatDogFoxBot #6 : Trying out an Artificial Neural Network
- CatDogFoxBot # 7 : GridEye and Artificial Neural Network Combined
- CatDogFox #8 : No Cats but Some Nice Legs
| CatDogFoxBot | |
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Air Quality Monitoring Using Particle Photon by ruchir1674:
| Air Quality Monitoring Using Particle Photon | |
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Micro Monster - Succulent Plants Monitoring System by mahmood.hassan:
- Micro Monster - Succulent Plants Monitoring System (part-1)
- Micro Monster - Succulent Plants Monitoring System (part-2) Establishing A Secure Connection
- PSoC
6 WiFi-BT Pioneer Kit (CY8CKIT-062-WiFi-BT) - Remote Reset Over Secured MQTT Connection - PSoC 6 WiFi-BT Pioneer Kit (CY8CKIT-062-WiFi-BT) - External Flash
- Temperature and Humidity Sensor (DHT22) Interfacing with PSoC6 WiFi-BT Pioneer Kit
- Micro Monster - Succulent Plants Monitoring System (part-6) Final Testing and Demo
| Micro Monster - Succulent Plants Monitoring System | |
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Hydroponics and outdoor garden control and monitor using Intel Edison by ipv1:
| Hydroponics and outdoor garden control and monitor using Intel Edison | |
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