Friday, October 27, 2017

project homework - solution team

The following is the to-do-list for solution team I think

  1.  define our solution (Clear explanation of the proposed solution and description of how it solves the problem)
  2. what is the value of our solution?
  3. test our solution 
    • does Raspberry Pi  work for us  

      3.  how to get weather information for our solution
      4.  what is a logic to turn on/off our device for raining days


Thursday, October 26, 2017

Meeting Minutes 10/22/2017 on behalf of Jerry

October 22, 2017
Core Values
Gracious Professionalism - Sammy
Coopertition - Chungtai
Team Spirit - Kathryn
Problem Solving and Communications - Nathan and Jon Jon
Project
  • Split into three groups
    • Presentation - Jerry, Chungtai, Zoey, Jon Jon
    • Research - Jeremy, Ben, Sammy
    • Solution - Aiden, Kathryn, Nathan
  • We may want people to survey their neighbors that use sprinkler systems (example is following)
    • Introduce yourself, tell what you are doing and why you need information
    • Do you use a sprinkler with sensors?
      • (If yes) Are you satisfied with it?
      • (If no) Do you manually turn off your sprinkler system when it is currently raining or right after rain?
      • (If no) Have you heard of these sprinkler systems?
        • (If yes) What is stopping you from using them?

Monday, October 23, 2017


Please Survey 2~3 your neighbors who have a Sprinkler system, and turn Survey results in this Sunday.

Survey Questions (check if yes, or explain)

·       Do you know what a smart sprinkler is?

·       Do you use a smart sprinkler system? (controls amount of water, sensors)
·       If not, what problems do you have with it?

·       If you do, how do they feel about it?

·       Does your sprinkler system run on a rainy day?

·       Do you need to turn your sprinkler system off on a rainy day?




Sunday, October 15, 2017

Projects Homework - Research Team (10/16~10/22)

For the research team, please study

1. please do a little deep research on the suggestions from the scientist? (the purpose is to see if we can solve more problems except the raining day)
2. Please analyze the existing solutions.

The following are the research slides from chungtai, zoey and Jerry. Any questions, please post to here.

https://docs.google.com/a/naperville203.org/presentation/d/1RU-BvxGwTyWDIfqxdkxLtNxDJ5byojTsShnbsQSV2Lo/edit?usp=sharing

https://docs.google.com/a/naperville203.org/presentation/d/1vH4rsKvNgix61LBZB2uYG5ajPieDaAYWsESatolFb-o/edit?usp=sharing

https://docs.google.com/a/naperville203.org/presentation/d/1-UyvLjJUymTn7SGjdaOvefzUl3lU7oIegfkxCnbGJEA/edit?usp=sharing

https://docs.google.com/a/naperville203.org/presentation/d/1u4W9UYtOMhWrmqekFU8Uvw_dlkTxwq3tj_EKj-HUL3Q/edit?usp=sharing


https://docs.google.com/a/naperville203.org/presentation/d/1ZirsV7aU5JE4l9S5LGm8p5NAgB-EGoTWEdlMICdg5UE/edit?usp=sharing

Robot timeline

Here is the robot timeline the team draw last time. Please take a look at it.

Run 1:
Pump Addition
Flow
Raincloud
Filter

95 points

Run 2:
Fountain
Pipe Removal
Pipe Construction

60 points

Run 3:
Slingshot
Faucet
Tripod

60+5+15 points

Run 4:
Well
Flower
Toilet

65+10+30

TOTAL:
280+10+30+5+15

Max: 340

Sunday, October 8, 2017

The reply from the scientist who is working for Argonne

 After reviewing the slide decks, here are my primary feedback:
  1. The lawn sprinkler issue
This is well-identified technical and operational challenge. It is a practical problem. APP-based device improves operation. You are looking for low cost efficient operation packages that addresses as many problems identified as possible.
a.       So far most devices listed address only one issue – stop irrigating when it begins raining. This is the first problem identified with the current lawn sprinkler system.
b.      Better operation would be irrigating based on soil moisture and weather forecasting – for which sensors would be installed in the lawn and the APP need to have live connection with weather forecasting.
c.       Cell phone operation – no problem with this.
d.      Cost – as low as possible.
I would suggest to dig a little deeper to address other issues related to lawn sprinkler water waste identified in the first slide. How to irrigate when it is needed. Water needs varies with grass types. The irrigation scheduling should be customized to the grass type water needs, together with soil moisture, and weather.
How to reduce irrigation water to the pavement and side walk?
How to change the sprinkler system design so that it distributed evenly if needed? Most likely it should be distributed unevenly depending on the water demand form the grass type in the soil type of the specific area in the lawn.
And so on and so forth.

Friday, October 6, 2017

How to use a raspberry pi zero to control a light.

Here is a step-by-step instruction teaching you how to use a smart phone to control a moonlight by using raspberry pi zero.

http://www.instructables.com/id/Raspberry-Pi-Moon-Light-Controlled-With-Smart-Phon/

Thursday, October 5, 2017

FLL 2017 Robot Game

Robot
https://www.youtube.com/watch?v=uGZvhB8-wXc
A very small base:
https://www.youtube.com/watch?v=kq5oirMOtug

Practice Runs:
https://www.youtube.com/watch?v=T1vgDoxrKWw
405 points: https://www.youtube.com/watch?v=IhXmDyubGOc
https://www.youtube.com/watch?v=YtIvKIh-r2I

Pump:
https://www.youtube.com/watch?v=Lif6sY63CO0
https://www.youtube.com/watch?v=qtpc9-FHILk
https://www.youtube.com/watch?v=dCiunUnJEd4

Manhole:
https://www.youtube.com/watch?v=r6NaT6eoqwg
https://www.youtube.com/watch?v=zRAfFcdBh18

Flower and fountain:
https://www.youtube.com/watch?v=_lipwhA2-hA


Tuesday, October 3, 2017

Project's Homework for 10/8

Project's homework for 10/8

please think about the following questions:
  1. Understand how a sprinkler system works? (big picture)
  2. How does a rain sensor connect to a sprinkler system? 
  3. How to add our smart controller into a sprinkler system?
  4. what functions should we implement to control a sprinkler?