1. Testing the Usability of the SEEU System Seth Holloway, PhD Candidate Christine Julien, PhD The University of Texas at Austin IRB#2010-02-0052

2. Materials Present In front of you, you should see several items: – Cover letter – Consent form – A laptop computer – Six Sun SPOT devices

3. Consent Form Please read and sign the consent form now. If you do not wish to participate, you may withdraw now.

4. This Study We are learning how people use a prototype aware home system, SEEU SEEU - Sensor Enablement for End-Users You will be creating “policies” to govern the actions of devices in smart homes. As you proceed through these tasks, it may be helpful to imagine that you are interacting with your own smart home.

5. A Brief Introduction Computing began with mainframes, then personal computing We are now in the third age of computing, pervasive computing – Characterized by many computers per person – Can be seen in practice with laptop and tablet computers, cellular phones, etc – More sensors and actuators will be available soon – Currently, there is no standard for creating pervasive computing applications

6. Smart Homes Smart homes are a very promising pervasive computing application Computers embedded in the environment can automate common tasks to provide improved convenience, comfort, energy efficiency and security Home automation for the elderly/disabled can provide increased quality of life for persons who otherwise require caregivers

7. Sensors Sensor – a device that takes a reading Examples: – Thermometer (temperature sensor) – Light sensor – Clock (time sensor) – Tiltometer (3D orientation sensor) – Motion detector

8. Actuators Actuator – a device that performs a command Examples: – Thermostat – Lights – Fan – Blinds – Alarm

9. Rules Rule – a mapping between sensor readings and actuator commands Example: – If it is dark, turn on the lights – If the light sensor reading is low, change light command to on

10. Disclaimer If you have questions, ask. This is not a test of your abilities. Your participation is greatly appreciated! NOTE: Web page values will not update automatically—you will need to refresh the page (command+r or icon on the address bar)

11. Available Devices In these examples, imagine you are controlling devices in your home. You have data from a temperature sensor, light sensor, and tiltometer (think of it as the angle of your front door) You can control the fan, alarm, and air conditioner

12. Smart Home System You will be exercising the functionality of a smart home with three basic actions Edit Delete Create Performed on sensors, sensor readings, actuators, actuator commands, and rules.

13. Task 1a Edit an existing sensor For example, change the name or description

14. Task 1b Edit an existing actuator For example, change the name or description

15. Task 2a Create a new sensor For example, a sensor that reports presence (think motion detector)

16. Task 2b Create a new actuator For example, automated window blinds that can be remotely raised and lowered

17. Task 3a Create a new sensor reading

18. Task 3b Edit an actuator command

19. Task 4 Manipulate sensor inputs to trigger a rule Or describe why a rule was already triggered

20. Task 5 Delete and recreate a rule

21. Task 6a Create a new rule from scratch

22. Task 6b Manipulate sensor inputs to trigger your newly created rule

23. Tasks complete! Please complete the post-test questionnaire http://localhost:3000/feedback http://localhost:3000/feedback

24. Thank you Have a great day!