Wade Murray @wademurray – 2010-11-14T03:15:34+00:00
The Crab Pot @ Crab Pot Bellevue http://instagr.am/p/Pt7Y/
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Author: Wade
Hi. I’m Wade Murray, and like everyone with a personal website, mine is horribly, terribly out of date. On the Internet my handle is normally wademurray, but you can still find blime in some of the older dustier places.
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Halloween Candy http://instagr.am/p/HWlC/
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A retired fire lookout (observation) tower in Dewitt, Virginia.
Coordinates: 37.042014, -77.639823
The history of fire lookout towers predates the United States Forest Service (which was founded in 1905). Many townships, private lumber companies, and State Foresty organizations operated fire lookout towers on their own accord.
In 1933, during the Great Depression, President Franklin Delano Roosevelt formed the “Civilian Conservation Corps” consisting of young men and veterans of World War One. It was during this time that the CCC set about building fire lookout towers, and access roads to those towers. The U.S. Forest Service took great advantage of the CCC workforce and initiated a massive program of construction projects, including fire lookout towers. In California alone, some 250 lookout towers and cabs were built by CCC workers between 1933 and 1942.
The golden age of fire lookout towers was from 1930 through 1950. During World War II, the Aircraft Warning Service was established, operating in 1942 and 1943. Fire lookouts were assigned additional duty as Enemy Aircraft Spotters, especially on the West Coast of the United States.
From the 1960’s through the 1990’s the towers took a back seat to new technology, aircraft, and improvements in radios. The promise of space satellite fire detection and modern cell phones tried to compete with the remaining fire lookout towers but in several environments, the technology failed.
Lucent technologies – Bell Labs Innovations
Alexander Graham Bell
Thomas Watson
Teddy Vail
George Campbell’s wave filter
Calling ship to shore
Frank Jewitt
Harold Black
Negative feedback
Television
Fax machines
More, more, more
Hi Fi, talkies
Movies, sound
Laying copper by the pound
Systems engineering
Quality control
Karl Demke
Herbert Ives
Davisson wins Nobel Prize
First speech synthesis
Beethoven in stereo
Bell Labs Innovations
Communications for the next generation
Bell Labs Innovations
Our contribution to the revolution
Ollie Buckley
Mobile phones
Radar
John Pierce
GI Loans
George David
Cellular
Voice technography
Claude Shannon
PCM
Richard Hamming
William Fan
Crackerjack transistor team
Bardeen, Brattain, Shockley
Transatlantic cable
A transistorized computer made
Non-blocking networks
Macro coding scheme
Oxide masking
Solar cells
Transistors win the Nobel
Art [Schawlow] and Charles [Townes] what a team
They invent the laser beam
Bell Labs Innovations
Communications for the next generation
Bell Labs Innovations
Our contribution to the revolution
Mervin Kelly
Touch-tone
Foil electret microphone
LEDs
Telstar I
Digital transmission
Long distance dialing
First ever paging
Superconductivity
Ion implantation
MBE
CCDs
Magnetic bubble memory
Penzias and Wilson
Hear the big bang noise
Automated switchboards
Ever moving forward
Jim Fisk
1E switch
That’s our attitude, do it, boys!
John Tukey
Carbon dating
Ken and Den built UNIX
Bill Baker
Quantum wells
NCDD
C language
Chromendure
Fiber optics will endure
Electron beam lithography
Anderson wins Nobel 3
Linc Hawkins
Amos Joel
Tom McChesney
Alfred Cho
Packet data
BellMAC
WDM
Transmitting mobile microwaves
Solitons without their phase
Transistors getting so small
You can’t even see them
Bell Labs Innovations
Communications for the next generation
Bell Labs Innovations
Our contribution to the revolution.
Echo canceller
DSDs
All on one chip if you please
Penzias and Wilson win the Nobel Prize
Bell Labs gets a new boss
By the name of Ian Ross
Lightwave goes long distance
Cellular gets digitized
S language
C++ – reuse code without a fuss
Femtosecond pulses
Deep UV lithography
Software windows on our screen
Gigabit transmission seen
Tunable lasers
Programming that’s sharp as razors
Bell Labs Innovations
Communications for the next generation
Bell Labs Innovations
Our contribution to the revolution
Megabits on a chip
First electro-optic switch
Atom-trapping micro cells
HDTV
Transatlantic lightwave cable
Bell Labs led by John Mayo
Neural networks
Buckeyballs
Superconductivity
RBM builds amplifier
Data nets without the wire
Operating Systems
Software methodology
Optical cross-connect
Jin Leong is President
Bell Labs spins out technologies
See the mighty SCALPEL
C2 waves Nobel
Transistor
Atom glide
X -ray Microprobe
Imaging buffer lobe
Circuits on plastic
Lasers that are bow tied
Internet telephony
Microphones the size of fleas
St’rmer, Loughlin, Tsui win a Nobel prize
Free space optic benefits
? router softswitch
Netravali needs the help
Lucent’s start is on the rise.
Bell Labs innovations
Make communication for the next generation
Bell Labs innovations
Our contribution to the revolution
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RT @chpwn: There are 17,828…
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Cherry Hill Tower
This is an AT&T microwave radio relay tower located in Dewitt, Virginia. It connected Richmond to Rocky Mount and was named the “Dewitt” tower. The next tower north of Dewitt was in Matoaca, VA and the next tower south of Dewitt was in Margaretsville, NC.
Coordinates: 36-56-39.9N 077-37-12.7W
FCC ASR Registration Number: 1024227
Height: 344 feet above ground
Owner: American Towers, Inc.
