Happy Birthday!
And the house wasn't even wrecked too bad this morning!
Now, (Blah) it's Monday.
Have a good week!
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I dreamed a lot last night. I dreamed I was in a boat crash. I was on a boat and there were waves. The captain accelerated at exactly the wrong time, up the face of a wave. We got airborn, and the nose of the boat hit perpendicular into the face of the next wave. We went completely under, and through the wave. Then the boat popped up on her ass, and fell over upside down. I ducked when we went through the wave, then into the water before the boat turned over.Labels: warm fuzzies
It's Monday, but feels like is should be Saturday. The Wife was in Florida last week, and week-end. She was working at the Coconut Grove Art Festival, and Miami Boat Show. She just got back last night. I feel like she deserves a couple days off, after working all weekend, but nooooooo. She has to go back to work.
The Wife and I saw previews for this movie, and she didn't want to see it. Too many monsters and too much violence. So, since she is in Florida this week, I watched it last night. In a scale of 1-5, I'd give it a 3. I will say it is OK, maybe a little less than OK. It had good special effects and it made me want to learn more about Greek Mythology. Labels: movie
Radio communications devices can either send or receive wireless signals at a given moment, but they can’t do both at the same time (hence the regular use of the word “over” to signal the end of a transmission). But a team of electrical engineering grad students and professors at Stanford has done what researchers have long thought impossible by developing a new antenna setup that allows wireless signals to be sent and received at the same time.
That may not seem earth-shattering--cell phones allow simultaneous two-way communication after all--but given the fact that the breakthrough essentially doubles the speed of communications networks immediately, it’s actually somewhat huge.
When a wireless transmitter is sending out a signal, that signal is million of times stronger than any incoming signal; as such, the transmitting signal drowns out any incoming communication. So the Stanford team devised a means for a receiver to screen the noise from its own transmitter out, much as our brains can screen out our own voices when we are both speaking and listening (this is explained in much greater detail in the video below).
As a result of this noise canceling the receiver can hear incoming traffic clearly. That means in a Wi-Fi network, for instance, computers could both send and receive packets of information simultaneously, potentially doubling efficiency in a given time frame (at least at the moments when you are both sending and receiving signals). The possibilities don’t end there. Check out the video below for more.
Last night, for dinner, I had a can of Hormel Chili like the one in the picture. My can was old and a little bit rusty though. It had been in our cabinet for an indeterminate amount of time.
The Wife is going away for work for a few days. I'll be here, the dawgs'll be taking care of me while she's gone.
This is another day that there's no topic I can come up with.
Where were all my blogger friends yesterday? When I was suffering* in the pits of despair* over my beloved* stapler? No one was there for me. Only Happy Days gave me some sympathy and encouragement. (Thank You Happy Days you SAVED* me!)
And maybe it was too much for most to handle. So I apologize, and will try to give better warning in the future if the content may be overwhelming for most, like yesterdays certainly was.
The Line in the pic above shows a gap in the data that should close up when the satellites get into proper position,
Sunday morning, before my first sip of coffee.
Fourteen Years ago today, I got up super early, moved my few pieces of remaining furniture out to the driveway for the Salvation Army to pick up. I gave my next door neighbor my house key. Then, on my hands and knees, I puked in my bushes in the dark.Labels: Damon E Grim