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2012-05-12T15:48:59Z

Research Groups, Workshops, and Communities:

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	{\|style="color:black; background-color:#ffffff;" width="95%" cellpadding="10%" cellpadding="15%" cellspacing="0" border="1"		{\|style="color:black; background-color:#ffffff;" width="95%" cellpadding="10%" cellpadding="15%" cellspacing="0" border="1"
	\|style="width: 33%;background-color:orange;"\|		\|style="width: 33%;background-color:orange;"\|
−	[[Image:XGrid.jpg \| 50px \| right]] ~~The Smith~~ [[XGrid ]] Research Group	+	[[Image:XGrid.jpg \| 50px \| right]] [[XGrid\| The Smith XGrid Research Group ]]
	\|style="width: 33%;background-color:lightpink;"\|		\|style="width: 33%;background-color:lightpink;"\|
	[[Image:Iphone4.jpg\|right\|105px]][[Workshop on Programming the iPhone\|Workshop on Programming the iPhone]], July 12, 19, 26, and Aug. 2, 2010.		[[Image:Iphone4.jpg\|right\|105px]][[Workshop on Programming the iPhone\|Workshop on Programming the iPhone]], July 12, 19, 26, and Aug. 2, 2010.

CSC400-Wireless Networking

2012-05-12T15:42:12Z

On going Work:

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	::For the course of a semester, I plan on working with existing technology to learn how to send an SMS or any other wireless signal. The new knowledge that I gain from working with Arduinos and learning how to transmit data over a wireless network will allow me to figure out a way to improve my current design clinic project - designing a less-invasive pH monitoring device. At the end of the semester, I hope to be able to transmit data on a wireless network from an Arduino or a microcontroller.		::For the course of a semester, I plan on working with existing technology to learn how to send an SMS or any other wireless signal. The new knowledge that I gain from working with Arduinos and learning how to transmit data over a wireless network will allow me to figure out a way to improve my current design clinic project - designing a less-invasive pH monitoring device. At the end of the semester, I hope to be able to transmit data on a wireless network from an Arduino or a microcontroller.

−	=~~On going Work~~=	+	=Background/Research=
	* [[CSC400 Wireless Networking: Log \| Log page]]		* [[CSC400 Wireless Networking: Log \| Log page]]
	*Definitions:		*Definitions:
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	:::<center>[[image:Circuit_Block_Diagram-1.jpg\|600px ]]</center>		:::<center>[[image:Circuit_Block_Diagram-1.jpg\|600px ]]</center>
	:*Picture of the final circuit		:*Picture of the final circuit
−	:::[[image:Circuit.jpg \|~~200px~~]]	+	::: <center>[[image:Circuit.jpg \|400px]]</center>
	*Serial Communication with a Mac		*Serial Communication with a Mac
	:* Step-by-step set up		:* Step-by-step set up
−	:::~~[[image~~:~~Set~~ up.~~jpg \|400px]]~~	+	:**Set up for the Mac Terminal to communicate with the Xbee:
		+	:***Plug in Xbee base into USB port
		+	:*** Open Terminal (search in Finder)
		+	:*** Type "Is /devitty.*" into the Terminal window
		+	:*** Terminal will display all devices that are plugged in for serial communication. Take note of the Xbee. It will look something like this: "/dev/tty.usbserial-########" with an alphanumeric number at the end.
		+	:*** In order to begin communication with the Xbee, run this command in Terminal: "screen /dev/tty.usbserial-1414###### 19200" *Note that 19200 is the baud rate and can be changed as needed.
		+	:*** A window will pop up. Now, you're all set for talking to Xbee!
		+	:*** To finish communicating, press "control-A" and then "control-\"
		+
	<br />		<br />

File:Circuit Block Diagram-1.jpg

2012-05-12T15:06:15Z

uploaded a new version of "[[File:Circuit Block Diagram-1.jpg]]"

CSC400-Wireless Networking

2012-05-12T15:04:05Z

Final Testing:

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	*Images		*Images
	:*Circuit Blog diagram		:*Circuit Blog diagram
−	:::<center>[[image:Circuit_Block_Diagram-1.~~png~~\|600px ]]</center>	+	:::<center>[[image:Circuit_Block_Diagram-1.jpg\|600px ]]</center>
	:*Picture of the final circuit		:*Picture of the final circuit
	:::[[image:Circuit.jpg \|200px]]		:::[[image:Circuit.jpg \|200px]]

File:Circuit Block Diagram-1.png

2012-05-12T15:02:55Z

uploaded "[[File:Circuit Block Diagram-1.png]]"

CSC400-Wireless Networking

2012-05-12T15:02:38Z

Final Testing:

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	:* Code		:* Code
	:NOTE: Must use Windows to run code with the propeller Spin tool		:NOTE: Must use Windows to run code with the propeller Spin tool
−	~~:::[[image: Special_Studies.txt \| 400px]]~~	+	<br />
		+	<code><pre>
		+	CON
		+	_clkmode = xtal1 + pll16x
		+	_xinfreq = 5_000_000
		+	XB_Rx = 17 ' XBee DOUT ' Set pins and Baud rate for XBee comms
		+	XB_Tx = 16 ' XBee DIN
		+	XB_Baud = 19200

		+	Var
		+	long stack[50] ' stack space for second cog
		+
		+	OBJ
		+
		+	XB : "FullDuplexSerial"
		+
		+	Pub Start
		+
		+	XB.start(XB_Rx, XB_Tx, XB_Baud) ' Initialize comms for XBee
		+
		+
		+	repeat
		+	XB.str(string("Hello World__")) ' Accept data from PC and send to XBee
		+	waitcnt(clkfreq/2 + cnt) ' Wait a moment
		+
		+	</pre></code>
		+	<br />
	*Images		*Images
	:*Circuit Blog diagram		:*Circuit Blog diagram
−	:::[[image:Circuit_Block_Diagram-1.~~jpg~~ \|~~200px~~]]	+	:::<center>[[image:Circuit_Block_Diagram-1.png\|600px ]]</center>
	:*Picture of the final circuit		:*Picture of the final circuit
	:::[[image:Circuit.jpg \|200px]]		:::[[image:Circuit.jpg \|200px]]

CSC400-Wireless Networking

2012-05-11T06:41:21Z

Final Testing:

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	==Final Testing==		==Final Testing==
	* Propeller Program		* Propeller Program
		+	:* Code Description
		+	::: The following code, written for a P8x32A-M44 Parallax microcontroller, prints the string "Hello Word__" by communicating wirelessly between two Xbees. The code specifies which pins are being used on the microcontroller to transmit and receive information and establishes a Baude rate. The last portion of the code encodes the transmitting XBee to send a string and to add a delay in between each transmission. An image of the set up is included below.
	:* Code		:* Code
	:NOTE: Must use Windows to run code with the propeller Spin tool		:NOTE: Must use Windows to run code with the propeller Spin tool
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	*Serial Communication with a Mac		*Serial Communication with a Mac
	:* Step-by-step set up		:* Step-by-step set up
−		+	:::[[image:Set up.jpg \|400px]]
	<br />		<br />

File:Set up.jpg

2012-05-11T06:30:03Z

uploaded "[[File:Set up.jpg]]"

CSC400-Wireless Networking

2012-05-11T06:27:46Z

Final Testing:

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	:::[[image:Circuit_Block_Diagram-1.jpg \|200px]]		:::[[image:Circuit_Block_Diagram-1.jpg \|200px]]
	:*Picture of the final circuit		:*Picture of the final circuit
		+	:::[[image:Circuit.jpg \|200px]]
	*Serial Communication with a Mac		*Serial Communication with a Mac
	:* Step-by-step set up		:* Step-by-step set up

File:Circuit.jpg

2012-05-11T06:27:05Z

uploaded "[[File:Circuit.jpg]]"

CSC400-Wireless Networking

2012-05-11T06:24:50Z

Final Testing:

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	*Images		*Images
	:*Circuit Blog diagram		:*Circuit Blog diagram
		+	:::[[image:Circuit_Block_Diagram-1.jpg \|200px]]
	:*Picture of the final circuit		:*Picture of the final circuit
	*Serial Communication with a Mac		*Serial Communication with a Mac

File:Circuit Block Diagram-1.jpg

2012-05-11T06:22:49Z

uploaded "[[File:Circuit Block Diagram-1.jpg]]"

CSC400-Wireless Networking

2012-05-11T06:17:06Z

Final Testing:

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	:* Code		:* Code
	:NOTE: Must use Windows to run code with the propeller Spin tool		:NOTE: Must use Windows to run code with the propeller Spin tool
−	:::[[image: ~~"File:"~~]]	+	:::[[image: Special_Studies.txt \| 400px]]

	*Images		*Images

File:Special Studies.txt

2012-05-11T06:13:29Z

uploaded "[[File:Special Studies.txt]]"

CSC400-Wireless Networking

2012-05-11T06:10:03Z

Final Testing:

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	:* Code		:* Code
	:NOTE: Must use Windows to run code with the propeller Spin tool		:NOTE: Must use Windows to run code with the propeller Spin tool
		+	:::[[image: "File:"]]

	*Images		*Images

User:Vreyes

2012-05-11T00:31:29Z

created new account User:Vreyes

CSC400-Wireless Networking

2012-05-10T19:45:44Z

← Older revision		Revision as of 19:45, 10 May 2012
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	::*[http://en.wikipedia.org/wiki/Parallax_Propeller Microcontroller]		::*[http://en.wikipedia.org/wiki/Parallax_Propeller Microcontroller]
	::*[https://sites.google.com/site/parallaxinretailstores/home/parallax-xbee-wireless-kit XBee wireless kit]		::*[https://sites.google.com/site/parallaxinretailstores/home/parallax-xbee-wireless-kit XBee wireless kit]
		+

	*Possible programs:		*Possible programs:
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		+	==Final Testing==
		+	* Propeller Program
		+	:* Code
		+	:NOTE: Must use Windows to run code with the propeller Spin tool
		+
		+	*Images
		+	:*Circuit Blog diagram
		+	:*Picture of the final circuit
		+	*Serial Communication with a Mac
		+	:* Step-by-step set up

	<br />		<br />

← Older revision		Revision as of 15:48, 12 May 2012
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	{\|style="color:black; background-color:#ffffff;" width="95%" cellpadding="10%" cellpadding="15%" cellspacing="0" border="1"		{\|style="color:black; background-color:#ffffff;" width="95%" cellpadding="10%" cellpadding="15%" cellspacing="0" border="1"
	\|style="width: 33%;background-color:orange;"\|		\|style="width: 33%;background-color:orange;"\|
−	[[Image:XGrid.jpg \| 50px \| right]] ~~The Smith~~ [[XGrid ]] Research Group	+	[[Image:XGrid.jpg \| 50px \| right]] [[XGrid\| The Smith XGrid Research Group ]]
	\|style="width: 33%;background-color:lightpink;"\|		\|style="width: 33%;background-color:lightpink;"\|
	[[Image:Iphone4.jpg\|right\|105px]][[Workshop on Programming the iPhone\|Workshop on Programming the iPhone]], July 12, 19, 26, and Aug. 2, 2010.		[[Image:Iphone4.jpg\|right\|105px]][[Workshop on Programming the iPhone\|Workshop on Programming the iPhone]], July 12, 19, 26, and Aug. 2, 2010.