Just a quick update:
I've ordered a propeller unit from the Parallax website (www.parallax.com), cant wait for it to arrive!
its leaving Cali right now, so I should get it sometime around next week, meanwhile I even had an Idea for a future project:
A Pseudo-Neural network of parallax MCUs! Imagine the possibilities of about 3 or 4 Propellers fully communicating with each other,
Is that how the Robot take-over begins? lets find out... muahahaha.
Thursday, July 21, 2011
Tuesday, July 19, 2011
Project Update: MBAR
So here goes the first of many bumps on the road:
Which Microprocessor to use?
I am an avid fan of the Arduino, however I just recently came across a Propeller MCU, which seems to have much better functionality. Here are some pros and cons, in my view:
Arduino Pros:
Arduino Cons:
Propeller Pros:
Which Microprocessor to use?
I am an avid fan of the Arduino, however I just recently came across a Propeller MCU, which seems to have much better functionality. Here are some pros and cons, in my view:
Arduino Pros:
- Simple, C language programming.
- Lower Power Consumption ( will be an issue when going completely autonomous)
- Very broad documentation and community base.
- Price & Availability ( I already have one, but I'm looking to get one of the new Megas)
Arduino Cons:
- 16 Mhz clock
- Only one core ( can't multi-task, this is a real issue)
- Any add-ons to actual functionality are expensive and separate
Propeller Pros:
- 8 Cores!! Thats right, 8 cores. nuff said for multi-tasking.
- Up to 80 Mhz (with 5 Mhz crystal) That's a lot more processing power than the Arduino.
- Completely compatible with any sensor that works with the 'Duino
- (Semi-Pro) Price, $50.
- Comes with VGA-Out and SD-Card slot on board!
- 32-bit processing, as opposed to 'Duino's 8-bit
Propeller Cons:
- I've never programmed in Propeller, so it might take a little
- Not AS MUCH documentation, but still pretty good.
- Only 32 I/O, While the Mega can get up to 64 I/O
An Addon: I just read news that said there is a Propeller II coming out soon in 2011, it includes:
- Up to 160 Mhz Clock
- 92 I/O, all with ADC and DAC, Pull-up/Push-down resistors, amond other things.
Seems like it would be interesting to wait a little.
Welcome to TASD
Hey guys, I finally got the motivation to start a blog. Here goes a little about me and this blog's goals:
I am a male, 19 years old, I am currently in college, and I love tinkering on my spare time.
A couple of projects I have built, and will soon revamp include and Arduino-based obstacle avoidance robot, and an optic multi-touch screen.
I am looking to be an electrical/mechanical engineering major, later to specialize on my passion: Robotics.
In this blog, I will post regularly about projects I am taking up.
Some ideas in my head:
-MapBot v2.0
-Bigger Multi-touch Screen
-A Valveless Pulse-Jet engine, and perhaps a Turbo-Jet engine as well.
-A turbo-powered Go-kart ( with one of the Jets mentioned above)
-A red-oak Longbow, aiming for #50 @ 28"
I will start these projects one by one, and provide a walk-through with documentation about each one.
Let's hope I can keep up with this!
I am a male, 19 years old, I am currently in college, and I love tinkering on my spare time.
A couple of projects I have built, and will soon revamp include and Arduino-based obstacle avoidance robot, and an optic multi-touch screen.
I am looking to be an electrical/mechanical engineering major, later to specialize on my passion: Robotics.
In this blog, I will post regularly about projects I am taking up.
Some ideas in my head:
-MapBot v2.0
-Bigger Multi-touch Screen
-A Valveless Pulse-Jet engine, and perhaps a Turbo-Jet engine as well.
-A turbo-powered Go-kart ( with one of the Jets mentioned above)
-A red-oak Longbow, aiming for #50 @ 28"
I will start these projects one by one, and provide a walk-through with documentation about each one.
Let's hope I can keep up with this!
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