So I ended up staying up until about 1 AM on Monday night to try and wait for Half-Life 2 to unlock, but 1) I didn't realize that to unlock it I'd need to restart the update program, and 2) I think I left about 5 minutes before it actually did unlock. But that's ok, because I had class the next morning. So Tuesday morning I turned on the computer and let HL2 unlock while I was in class. Then I raced home (as fast as the speed limit would allow, of course) and sat down and got my first taste of the finished product. The anticipation was definitely worth it! Aside from eating and class, it's been almost my sole activity for the past 2 days! Let me just add, I HATE HEAD-CRAB ZOMBIES! But its still cool. Oh yeah, I got a B on my last Spanish test that I took Monday, but I still feel pretty comfortable. I've been keeping my overall grade high enough that I should be OK. FRCC finally released their spring schedule yesterday, and aren't starting registration until the...
Getting sleepy, but I had to inform everyone that I start at Transportation Services on Monday. Cool, huh? Oh yeah, and my car died at school, so now I have to get up early and acutally take the bus. And I had a brilliant idea, and now I have to find/make web badges for CU, if not a couple of other schools. Woo! Go me and my little fads. G'night everyone, gotta get up early and run in the morning.
I work with high schoolers and their teachers, and I often come across questions about how to get started with physical computing. This post is meant to compare some of the most well-known platforms. To begin, understand that the space is broadly separated into microcontrollers and single-board computers, with different strengths and weaknesses. Microcontrollers (MCUs) Microcontrollers are basic, general-purpose processors with limited capabilities compared to single board computers (SBCs). They offer slower processing speeds, smaller storage capacity, and fewer communication options. Unlike SBCs, which run full operating systems, microcontrollers typically execute only one program at a time. Despite these limitations, microcontrollers have several advantages. They are generally more affordable than SBCs, and their simpler architecture makes it easier to understand and control their behavior. Additionally, microcontrollers can begin executing their programs almost immediately after pow...
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