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The Untold Story of CP QA.
cheers,
Super
------------------------------------------
Too much of good is bad,mix some evil in it
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Smurfs 2
Some men are born mediocre, some men achieve mediocrity, and some men have mediocrity thrust upon them.
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France, the movie!
Regards,
Palash
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The White to Be Angry.. 
DVL
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V. wrote: To be angry is to be a victim
Reason the victims always get angry
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One Night in Paris
Mongo: Mongo only pawn... in game of life.
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More and more (and also perhaps because I follow some twitterer about the topic) I learn about the increasingly amazing abilities of today robots.
They seem to get better ever faster (no surprise here, classical technology exponential curve).
At any rate I keep wondering: how come that me, a professional developer, hasn't been exposed to robot programming?
For how long is it going to be the exclusive realm of a select few?
Will it ever democratize? Or how to become a roboticist? Where are there jobs for such?
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It's not going to come to you; go get it.
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Indeed! but.. I am a little lost on how to get to it! 
Mmmm... maybe I should look at Uni stuff.. maybe they have robot course.. mm...
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Get some starter kits and a soldering iron and get cooking 
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Great serie! I looked at the whole week! 
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I do feel left out! 
I was hoping programmers were bound to work on robots! :P
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I guess it depends on your interests and where/how you started programming - starting professionally in 'c', having a background in electronics (among other things), I'd likely be more into Arduino, Edison, Raspberry Pi and things I could do with them than someone who started with java - and Ive constantly followed the trends with the MCU's etc being used
I dunno .. 'maybe' 
These days, as pointed out in a recent discussion, you can run Yocto (Linux) on a Pi and then C#/Mono - so its not so hard for anyone to get started, except you have to learn (and I have to re-learn) interfacing through 'primitive' means to analog, digital inputs etc
you're never to old to learn, and all of the MCU's have a getting started package - so wether you start by lighting up an LED or rotating a servo, get into it
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I don't know what's useful to learn to work on robot... I guess I should look at job add and make a plan from there!!
Well I did wrote my own neuron network in C#!
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Arduino and Raspberry PI are part of my fun time now. I program the Arduino in C from my Raspberry PI and do some Python on the Raspberry PI. The level of devotion of your spare time and toy money are large. Jeremy Blum has some good tutorials on You Tube. A lot of my toy budget has gone into my experiments.
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I think one aspect has been the prohibitive costs of classic industrial robots. Think about all the amazing things programmers could do if we just had the ability to play with these!
When it comes to more android like robots I think one aspect is because 1, people think its super complicated and 2, you need to work with a lot of hardware. You need components and then you need multiple parts to be able to build a more advanced robot, and to be able to do something you need to construct and program all these. Say you just want to build a simple walker you need to invest a lot of time to succeed here, then when you want to do something more you may have to reevaluate your design.
But I think its easier if you take another approach, build more drone like robots with specific purposes.
I for one would love to delve in to drone/robot development but I lack the time and focus at the moment. Got too many pure software projects I wish to do first.
Sometime I plan on learning enough circuitry and electronics to be able to put together my own drones because I got a lot of ideas I wish to test out.
One thing I wish to try is to use sensors/cameras to read the surrounding, input this in a 3d engine to create a virtual representation of the area and basically just use game ai and pathfinding to navigate around.
Sadly there are too many things I lack knowledge wise atm to test my designs even thou I'm sure they would work if done correctly. 
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Member 11683251 wrote: the amazing things programmers could do if we just had the ability to play with these!
I wonder why the idea of programmers playing with industrial robots sends a chill up and down my spine 
«I want to stay as close to the edge as I can without going over. Out on the edge you see all kinds of things you can't see from the center» Kurt Vonnegut.
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Well, WHY optimize? JIT all the things! Open a StreamCoconutPineapple that manages a StreamFreshWater that includes the StreamBufferedFileCharWithLemon that owns the StreamChar to write a command on the RS-422. What does it mean there are strict timings to comply? How old-fashioned, the hardware should be AGILE!
GCS d--- s-/++ a- C++++ U+++ P- L- E-- W++ N++ o+ K- w+++ O? M-- V? PS+ PE- Y+ PGP t++ 5? X R++ tv-- b+ DI+++ D++ G e++>+++ h--- ++>+++ y+++* Weapons extension: ma- k++ F+2 X
If you think 'goto' is evil, try writing an Assembly program without JMP. -- TNCaver
"When you have eliminated the JavaScript, whatever remains must be an empty page." -- Mike Hankey
modified 13-Oct-15 4:41am.
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I am on the same wavelength!! 
Yeah programming a drone movement & vision could be a good start!
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Industrial vision systems for recognizing faults or position of manufactured parts are fairly accurate and some very quick, using something similar maybe with twin cameras and use to input in to a 3d engine.
I recently tried 1234d catch by Autodesk and was surprised by the results, made a few 3d representations of a few of my childrens' toys.
If you can extrapolate 3d information from a vision system or sensors and input in a 3d engine and merge with already existing data you can probably get some interesting results. What interests me a lot would also be the possibility to create temporary special information to compare with already known data to get the system to figure out its location after a restart or similar.
Another step after you got the system up and running would be to have add probability/permanent information and allow the system to start to figure out if things are movable. You would probably have to add machine learning/ neural networking to do this but I can see a system like this have tremendous potential.
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While actual industrial robots have always been costly (and still are - though if you have access to 3-phase power and a big enough garage, there are many used full-sized industrial robot arms being sold for less than the price of a new car, which is really something) - you have always been able to buy trainer arms for much less (generally well under $5k USD).
Think devices like the TeachMover, Rhino Robotics arms, and the Armdroid (and clones).
Still too expensive? Back in the day - even today - it was a bit of coin.
Back then - the cheapest you could do (aside from a complete homebrew - there was one or two of those published in Byte Magazine in the 70s and 80s) was a Tomy/Radio Shack Armatron robot arm conversion. That had to be one of the most hacked on robot toys of the 1980s - besides the venerable Milton Bradley Big Trak!
Today - kids (and adults!) have their choice of low-cost robot arms to play with; most use cheap RC servos for the actuators, and generally have a cost under $500.00 USD or so. Machine vision hardware and software are both low cost (for experimentation at least - if you want industrial quality, expect to pay some big-bucks for the camera(s) - still, the software remains free, using OpenCV).
All in all - today's a great time to jump into robotics as a hobby - hardware and software have never been cheaper - even if you are purchasing everything. If you are going the DIY route, it's even cheaper! There's a plethora of options for your platforms (land, sea, and air!) and controllers/logic, not to mention software and software frameworks: If you want hard-core research level - go with ROS; if you're just a hobbyist, there's NodeBots (NodeJS) as well as GoBots (Golang). If Windows is more your style, there's plenty of frameworks there, too. Or - grab the bull by the horns and roll your own!
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When I attended a Master's level course on Robotics at my institution in India in 1990, they taught us three things - Kinematics, Dynamics and Control of robots. IMHO, those remain pretty much the same, but today with more computational horsepower for those numerical operations.
Path planning, inverse kinematics were some of the mini-projects I had worked on at that time.
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