More power, speed, etc. is nice. But what I'd really like is something even smaller than an rPi (and cheaper) that is still capable of running a reasonable linux distro. So far, I've come up empty. Don't need hdmi or sound, just USB. Anybody know of anything like this?
Yes, the ruggedness is the main priority. Once a piece of hardware is certified and flight-tested, you have so much invested in the computer design that you don't want to just throw away the design because there are faster chips for sale.
And there's the question of whether the extra processing power is beneficial for the task at hand. Why pay more for extra processing power that isn't used anyway? There's likely a finer degree of control and timing now, but it's not like reentry physics has gotten more complicated in the past 12 years.
And still technical. 100% technical. There have been a few cases where I felt like I was denied a job because I was too old
The reality is that I'm a better programmer now than when I was 25. I havre a much better understanding of "craftsmanship" -- things like testing, documentation, making sure my code is not "brittle" -- even though my ability to devour new technologies has slacked a bit.
I picked spatchcocked as the closest, but I actually roasted in pieces -- breasts boned and bound into a roast, legs and wings separate. Worked wonderfully.
My dad did a Masters in Math at Illinois back in the 60's. Part of his work was PLATO, and I still have an original manual.
Sounds like someone spammed the system.
Start gathering a few popular science books on subjects directly on and also near to your goal. Some people reject popular science books as too light weight, but it does have value. This exposes you to the variety of subjects in and around your interest. You might not have been aware of some aspects of your topic and you are introduced to them here without too much effort. You also learn to associate detailed technical topics to the wider areas where they are used.
Read the whole book. Books are better than random google searches and videos because they will guide you into areas you might not have considered relevant. Broadening your base knowledge will allow you to make a more informed decision about your favorite topics. Once you have a broader and more informed understanding of the topics and areas involved, you are better able to identify your interests, or even switch interests.
That is when you start going into a more detailed dive into your target topic. Follow through and read the whole thing. Again, pick one or more text books or deeper science books. The purpose again is to guide you into areas you might not have considered before.
This time, you will hit lots of technical subjects that you might not know. That is when you go searching for online information, wikipedia, online course videos, Youtube content or other textbooks. For these, you will only need to cover enough to support your primary interest, and you will have a fairly good idea how much that is.
You are not going to go professional with this, but it will be more than enough to keep your interest up and curiosity satisfied.
I was a philosophy major as an undergrad, have a Masters in Theological Studies, and a PhD in New Testament, and pastored a couple of churches along the way (part time.)
I've been working in IT continuously since the mid 90's (part-time when I was working on the PhD), and am presently employed by a Major Telecommunications Company as a senior architect. I make very good money, and when I left another Major Telecom Company in March, after 15 years, I had 15 inquiries just by posting to Facebook. The other day, I had a recruiter from Amazon practically beg me to come interview (they lost out in March due to being too slow to arrange an on-site interview.)
The degree doesn't matter. The skills matter. If anything, my broad background sets me apart from the pack. But only because I've got the skills.
>The goal? To increase food production by automating as much of it as possible.
They believe that automation is the key to increasing food production? Are they serious? The key to increasing food production is to either get more acreage in production, or to increase the amount of food produced per acre. Most types of farming (like corn & wheat) don't take huge amounts of labor. Even if they could automate something like picking vegetables that still wouldn't make it so there's more food, just, maybe, cheaper food.
Airbus has many plants around the world building parts for them. Sometimes air is the best way to go. If it had to go by boat, you have a lot of money invested in airframes stuck on a boat for a month or two. Assuming you didn't need custom cargo ships, I don't think those fuselages can fit in a container.
I was an Emacs dude for a long time and still use it. Then I tried RubyMine, and eventually upgraded to IDEA. The IDE features are sometimes handy. I also use vi very regularly for quick edits of small scripts.
I would no more stick to one editor than I would stick to one programming language. Right tool for the job is the key.
Indeed, Comcast is trying to throttle people that use more than a third of a terabyte a month.
There are a lot of factors that affect fuel mileage, but it's been suggested that the ECM can detect whether they're on a standardized emissions or efficiency test and change the settings accordingly. I wish I remembered where I had seen that article.
You're a fool. Once I realized that "willpower" is a metabolic state, not moral success or a moral failing, and I learned how to manipulate that metabolic state, I lost 150 lbs.
But go ahead, haters gotta hate!