S16: Fantastic Four - Revision history

Proj user4: /* Team Members & Responsibilities */

2016-05-29T04:20:06Z

‎Team Members & Responsibilities

2016-05-29T04:19:12Z

‎8X8 LED Matrix Displays

2016-05-26T20:46:21Z

‎Final Slave Unit

2016-05-26T20:45:37Z

‎Hardware Assembly/Integration

2016-05-26T20:44:15Z

‎Abstract

2016-05-26T20:44:01Z

Undo revision 27869 by Proj user4 (talk)

2016-05-26T20:43:31Z

2016-05-26T20:42:43Z

2016-05-26T20:42:21Z

2016-05-26T20:12:28Z

‎Conclusion

@@ Line 32: / Line 32: @@
 **   Breakout board schematic capture and layout, RGB LEDs, Wireless Mesh Network, Shaker, Flex Sensor
 *  Rabeel Elahi
-**   8X8 LED Matrix Displays, Alarm API, Wireless Mesh Network, Flex Sensor
+**   8X8 LED Matrix Displays, Alarm API integration with RTOS, Wireless Mesh Network, Flex Sensor
 *  Farhan Naeem
 **   Hardware architecture, board layout, software architecture, mechanical design and integration, audio module

@@ Line 220: / Line 220: @@
 [[File:Cmpe244_S16_FantasticFour_Matrix_Displays_Mesh.PNG| 500px | thumb | center | Figure 2. LED Matrices]]
-The 8x8 matrix displays with backpack drivers (HTK1633) were chosen primarily because of their ultra-bright pixels which shine through the black fabric mesh on the front of the alarm clock. These specific displays are interfaced over I2C, making the wiring less hectic since I2C uses only two wires (SDA and SCL). External pull-up resistors were not needed since the backpack drivers had them built in. Each display requires 5V at 1.5 mA which is sourced by the breakout board's +5V supply. The SJOneBoard (master) drives the addressable displays with SCL running at the specified frequency of 400 kHz.
+The 8x8 matrix displays with backpack drivers (HTK1633) were chosen primarily because of their ultra-bright pixels which shine through the black fabric mesh on the front of the alarm clock. These specific displays are interfaced over I2C, making the wiring less hectic since I2C uses only two wires (SDA and SCL). External pull-up resistors were not needed since the backpack drivers had them built in. Each display requires 5V at 1.5A which is sourced by the breakout board's +5V supply. The SJOneBoard (master) drives the addressable displays with SCL running at the specified frequency of 400 kHz.
 ==== Industrial Design ====

@@ Line 215: / Line 215: @@
 This was the final slave unit enclosure. The unit was installed into an ottoman, which was the closest thing to a bed as we could get without actually bringing a bed to the demo. However, the unit has been tested and implemented with a bed and works well. In the picture, you can see the amplifier, the bass shaker, the voltage dividing circuit, as well as the slave SJOne board running with the Mesh Network.
-[[File:CMPE244 S16 FantasticFour SlaveUnit.jpg|center|600px|thumb|Slave Unit]]
+[[File:CMPE244 S16 FantasticFour SlaveUnit.jpg|center|400px|thumb|Slave Unit]]
 ==== 8X8 LED Matrix Displays ====

← Older revision		Revision as of 20:45, 26 May 2016
Line 234:		Line 234:

	[[File:CMPE244 S16 FantasticFour MechanicalIntegration.jpeg\|centre\|400px\|thumb\|Electrical/Mechanical integration]]		[[File:CMPE244 S16 FantasticFour MechanicalIntegration.jpeg\|centre\|400px\|thumb\|Electrical/Mechanical integration]]
		+
		+	[[File:CMPE244 S16 FantasticFour FinalAssemblyPicture.jpeg\|centre\|400px\|thumb\|Finished Assembly]]

	=== Hardware Interface ===		=== Hardware Interface ===

@@ Line 5: / Line 5: @@
 This smart alarm clock encapsulates a variety of features that are intended to wake up a stubborn sleeper who cannot get up in the morning. As opposed to your average alarm clock, this alarm clock has the ability to wake up the user using dynamic lighting combined with customizable sounds. An external unit, which is placed beneath the mattress, has a bass shaker built in to vibrate the mattress to aid in helping the user get out of bed. The external mattress unit also has a flex sensor that can detect whether the user is in bed or not, and is used to turn off the alarm once the user gets out of bed.
-[[File:CMPE244 S16 FantasticFour Clock with LED Disp and RGB Lighting.jpeg|centre|800px]]
+[[File:CMPE244 S16 FantasticFour Functional Block Diagram.png|centre|800px]]
 == Objectives & Introduction ==

@@ Line 1: / Line 1: @@
 == '''Smart Alarm Clock for the Stubborn Sleeper''' ==
-[[File:Cmpe244 S16 FantasticFour Clock With Display ON.png|centre|600px]]
+[[File:CMPE244 S16 FantasticFour Clock with LED Disp and RGB Lighting.jpeg|centre|600px]]
 == Abstract ==
 This smart alarm clock encapsulates a variety of features that are intended to wake up a stubborn sleeper who cannot get up in the morning. As opposed to your average alarm clock, this alarm clock has the ability to wake up the user using dynamic lighting combined with customizable sounds. An external unit, which is placed beneath the mattress, has a bass shaker built in to vibrate the mattress to aid in helping the user get out of bed. The external mattress unit also has a flex sensor that can detect whether the user is in bed or not, and is used to turn off the alarm once the user gets out of bed.
-[[File:CMPE244 S16 FantasticFour Functional Block Diagram.png|centre|800px]]
+[[File:CMPE244 S16 FantasticFour Clock with LED Disp and RGB Lighting.jpeg|centre|800px]]
 == Objectives & Introduction ==

@@ Line 385: / Line 385: @@
 === Project Video ===
-*  Sunrise Demo - [https://vimeo.com/168248987]
+*  [https://vimeo.com/168248987 Sunrise Lighting Demo Video Link]
 === Project Source Code ===