ECE 513 Course project Final Checkpoint

• Video demo submission 0.5
  • shows AWS running
  • shows Localhost running
  • shows particle running
  • shows sign in/Sign up
  • shows device registration
  • shows responsive pages
  • shows simulated clock
  • shows weather information display
  • shows thermostat operation
  • shows wifi temperature & humidity sensor operation
  • shows smart bulb operation
  • shows door status simulation
  • shows temperature & humidity monitoring
  • shows power consumption simulation
  • shows HTTPS
• Code submission 0.5
• README file 0.5
• AWS running 1
• Localhost running 1
• Particle running 1
• Sign in/Sign up 0.5
  • Provide test account
    • email: test@gmail.com
    • pw: “mcGC6!q
• Device registration 1
• Responsive pages 1
• Simulated clock 1
• Weather infomration display 1
• Thermostat operation 2
  • Should support on (auto mode)/off, off/Cool/Heat, and
  • temperature setting with hysteresis for your auto mode
  • Based on temperature captured by DHT 11, thermostat should run or stop your A/C or heater.
  • for both localhost and web app
• WIFI Temperature & Humidity Sensor operation 2
  • Should start/stop collecting data using your web app
  • Should store your measurement data on your database
  • Minimum requirement: collect data every 10 minutes (simulated clock)
  • (i.e., 1 sec in device = 1 minutes in AWS) (1 sec = 10 minutes is too fast)
• Smart bulb operation 2
  • Should control your bulb for on/off, manual/auto, color using localhost app
  • Should control your bulb For on/off, manual/auto, color, bedtime, wake-up using web app
• Door status simulation 1
  • Should display the door status on localhost app and web app Should display any kind of alerts when the door state is “open” for a while
  • (e.g., when a user click a button to check whether the door alert is generated or not, your app should display the corresponding information)
• Temperature & humidity monitoring 2
  • Should display 24 hours history and daily history 24 hours history and daily history (at least 7days)
• Power consumption simulation 2
  • Should display daily usage and weekly usage
  • Should include your power consumption related code in your particle firmware
  • (e.g., use power state machine for your thermostat with a/c and heater)
  • test account to see daily usage and weekly usage
• HTTPS 2.5
• Submission due 12/12 23:59

#	Item	Point (ECE 513)	Comments	Check
1	Video demo submission	0.5	No submission: -1 point, wrong submission method: 0 point (Please show demo related to item #4 - #18)	✅
2	Code submission (Particle, Localhost, and AWS)	0.5	No submission: -1 point	✅
3	README file	0.5	No submission: -1 point	✅
4	AWS running	1	Cannot access: 0 point (Your server should be running during 12/13 - 12/17)
5	Localhost running	1	0 point if I am not able to run your localhost on my laptop: (SHOULD present how to run your localhost in README)	✅
6	Particle running	1	0 point if I am not able to run a particle device using your provided code (SHOULD present how to run your localhost in README)	✅
7	Sign in/ Sign up	0.5	0 point if I am not able to create my account or I am not able to use your test account Should provide your test account (i.e., ID and password in README)	✅
8	Device registration	1	0 point if I am not able to register my device or cannot see how to setup webhook on your device registration page	✅
9	Responsive pages	1	Should support mobile devices for Index.html, sign-in, sign-out, and control panel	✅
10	Simulated clock	1	Your particle device should operate at least 1Hz You should use your own simulated clock on your AWS	✅
11	Weather information display	1	0 point if I cannot see this weather information using your web app (You should use third party API and display weather information)	✅
12	Thermostat operation	2	ECE 513: Should support on (auto mode)/off, off/Cool/Heat, and temperature setting with hysteresis for your auto mode I will use my device to verify your implementation Based on temperature captured by DHT 11, your thermostat should run or stop your A/C or heater. Should clearly present your A/C or heater status (e.g., run or stop) for both localhost and web app	✅
13	WiFi Temperature & Humidity Sensor operation	2	Should start/stop collecting data using your web app Should store your measurement data on your database Minimum requirement: collect data every 10 minutes (simulated clock) (i.e., 1 sec in device = 10 minutes in AWS)	✅
14	Smart bulb operation	2	ECE 513: Should control your bulb for on/off, manual/auto, color using localhost app Should control your bulb For on/off, manual/auto, color, bedtime, wake-up using web app I will use my device to verify your implementation	✅
15	Door status simulation	1	Should display the door status on localhost app and web app Should display any kind of alerts when the door state is “open” for a while (e.g., when a user click a button to check whether the door alert is generated or not, your app should display the corresponding information)	✅
16	Temperature & humidity monitoring dashboard	2	Should display 24 hours history and daily history I will use your test account to see 24 hours history and daily history (at least 7days) Also, I will use my device to check whether your system supports new device or not	✅
17	Power consumption simulation	2	ECE 513 only: Should display daily usage and weekly usage Should include your power consumption related code in your particle firmware (e.g., use power state machine for your thermostat with a/c and heater) I will use your test account to see daily usage and weekly usage (at least 3 weeks) Also, I will use my device to check whether your system supports new device or not	✅
18	HTTPS	2.5	Extra credit for both ECE 413 and 513	✅
20	Late submission		-1 point / 2 hours (e.g., If you submit at 6AM on 12/13, your max. points should be 17 not 20) Allow < 1 hour delay (e.g., no penalties if you submit by 12/13 12:59AM) After 40 hours from 11:59 PM, 12/12, I will not accept any late submissions	✅