Deliverable 1

Vision :

Nobody likes noisy classrooms, and it's always hard to find a quiet place to study especially if you have an exam in the next week. So why not having a system that searches for you the right place to get focused? Our project is exactly what you've been waiting for : NoNoise will help you! It detects the noise level in the classrooms, then a web page suggests you the most silent places where to go. In addition, in the classrooms there is a colorful bulb that gives to the people inside a feedback about how noisy they are, so they can control their voices.

Our system is able to :

• Sense : the noise level is detected directly from sensors in the classrooms
  
• Reason : the system will be able to compare the noise level with some default thresholds and with other rooms' noise levels
  
• Act : the actual noise level in a room will be shown through a changing-color led
  
• Interact : through the measurements the system will be able to suggest the best room available to the user
  

And, according to the Ambient Intelligence Features, can be:

• Sensitive : the system will be able to sense the ambient noise
  
• Responsive : the system will output through a led light and on the website
  
• Adaptive : the system will be able to be put in any classroom with no compatibility issue
  
• Transparent : the system will be small, light and portable
  
• Ubiquitous : many sensors will be distributed among the classrooms and all the data will be available on the website
  
• Intelligent : the system will provide a list of the rooms based on the sensor data
  

Deliverable 2

Purpose and scope

Nobody likes noisy classrooms, and it's always hard to find a quiet place to study especially if you have an exam in the next week. So why not having a system that searches for you the right place to get focused? Our project is exactly what you've been waiting for : NoNoise will help you! It detects the noise level in the classrooms, then a web page suggests you the most silent places where to go. In addition, inside the classrooms there is a light that changes its colour, as well as a loudspeaker thath produces sound, to give the people inside a feedback about how noisy they are, so they can control their voices.

Definitions

Glossary

Process : measure the noise level (in db) and compare it with default thresholds and send noise level data to the website.
Light : Simple lamp or hue bulb lamp.
Student : a student seeking for a quiet place to study and students already in rooms.
Silence : noise under a certain threshold (that has to be defined).
Room : Classrooms.
Server : A computer connected to polito wi fi and running the python server code.

Actors

The main target user of our project is the student looking for a quiet room to study. We want to help him to find a silent place. Related to this, the secondary actors are the people already in the classrooms. We want to persuade them to keep silence.

System Requirements

Functional Requirements

FUNCTIONAL AREA	DESCRIPTION
1	System senses the noise in the classrooms
2	Public web page visible by any user where the silent rooms are suggested
3	Color of the light changed by the system
4	Sound emitted by the system
5	Switch to be changed to stand-by the system for a while.

• FR 1.1: Noise data
• Priority 1
  
• The audio data coming from the room is processed real time.
  



• FR 2.1: Updating
• Priority 3
  
• The web page with the informations about the classrooms is updated every 5 minutes
  


• FR 2.2:Website Layout
• Priority 2
  
• The website must update its informations and make a chart of the most silent places.
  
  


• FR 3.1: Colors
• Priority 1
• The colors of the lamp changes green to red, for low to high noise intensities respectively


• FR 4.1: Sound
• Priority 2
• The sound emitted is a pre-recorded phrase that is played once every time the noise is over the highest treshold.


• FR 5.1: Teacher interaction
• Priority 2
  
• The teacher can use a switch on the desk to stand-by the system if needed.
  



• FR 5.2: Stand-by
• Priority 3
• During the stand-by the lights are shut down and the system emits no sound.

Non Functional Requirements

• NFR 1: Portability
• Priority 2
• The system must be light (less than 1kg) and easy(less than 15 minutes) to set in classrooms.


• NFR 2: Compatibility
• Priority 1
• The website must be visible and easy to read on smartphones' browsers (Safari for iphone and default android browsers) for students searching for a quiet room; and it will be in english.


• NFR 3: Dependability
• Priority 1
• the sytstem will depend from current plugs and polito wifi(ladispe AmI wi fi) connection.