J
John Larkin
Guest
On Sun, 06 Feb 2005 04:30:59 GMT, Richard the Dreaded Libertarian
<eatmyshorts@doubleclick.net> wrote:
Faking lab results isn't self-deception. It's the course instructor
who's being deceived. Or, in the example I cited, nobody was being
deceived.
If I understand the math of a process well enough to simulate it with
a slide rule, then I deserve an A in the class.
In our EE lab, we had a master power supply system that powered all
the workbenches. The B+ supply was +300 volts with about 100 volts p-p
of ripple. I figured this out right away, left early, and faked all
the amplifier frequency response graphs beautifully. The poor deluded
fools who actually stayed and measured the frequency response got
huge apparent gains and perfectly flat frequency response graphs and
D's for grades.
Deception!
And Jim doesn't have an ilk; they prefer cooler climates.
John
<eatmyshorts@doubleclick.net> wrote:
On Sat, 05 Feb 2005 13:21:19 -0700, Jim Thompson wrote:
On Sat, 05 Feb 2005 12:21:20 -0800, John Larkin
jjSNIPlarkin@highTHISlandPLEASEtechnology.XXX> wrote:
[snip]
Brings back the horrors of Field Theory class. We had a Japanese
instructor who was as brilliant as he was unintelligible. Luckily for
us, he was junior in seniority so also had to babysit us in the
afternoon EE labs. So we came to an understanding: he'd give us really
easy Fields tests and everybody would slip out of afternoon labs
early. We just faked the lab results, which made much prettier graphs
than we could get using the ancient equipment in the lab.
I developed a certain sloppy slide rule technique that produced
excellent data point scatter.
John
At MIT we called it "dry lab" ;-)
So, as we see, Mr. Thompson and his ilk learned the techniques of
self-deception quite early on in the indoctrination process.
Faking lab results isn't self-deception. It's the course instructor
who's being deceived. Or, in the example I cited, nobody was being
deceived.
If I understand the math of a process well enough to simulate it with
a slide rule, then I deserve an A in the class.
In our EE lab, we had a master power supply system that powered all
the workbenches. The B+ supply was +300 volts with about 100 volts p-p
of ripple. I figured this out right away, left early, and faked all
the amplifier frequency response graphs beautifully. The poor deluded
fools who actually stayed and measured the frequency response got
huge apparent gains and perfectly flat frequency response graphs and
D's for grades.
Deception!
And Jim doesn't have an ilk; they prefer cooler climates.
John