Why on earth do we call these things "computers?" Mostly they're speedometers with a clock, if that.
You could make a case for the ergo brain and flight deck doing some actual computing. But electronic speedometers were being called computers long before those things were invented.
No, I agree. Cyclometer does just fine. And they - computers - have a 'clock'.
"RonSonic" <[email hidden]> wrote in message news:[email hidden]...
Quoted message said:
Why on earth do we call these things "computers?" Mostly they're speedometers with a clock, if that.
You could make a case for the ergo brain and flight deck doing some actual computing. But electronic speedometers were being called computers long before those things were invented.
Why on earth do we call these things "computers?" Mostly they're speedometers with a clock, if that.
You could make a case for the ergo brain and flight deck doing some actual computing. But electronic speedometers were being called computers long before those things were invented.
All of them have a little CPU that does some computing in order to accommodate any wheel sizes and to be able to compute average speed.
I actually have an old electronic speedometer that only allows for 3 or 4 wheel sizes and no avg speed or clock. Since it has no cpu, the battery can last almost forever. GH
Why on earth do we call these things "computers?" Mostly they're speedometers with a clock, if that.
You could make a case for the ergo brain and flight deck doing some actual computing. But electronic speedometers were being called computers long before those things were invented.
All of them have a little CPU that does some computing in order to accommodate any wheel sizes and to be able to compute average speed.
I actually have an old electronic speedometer that only allows for 3 or 4 wheel sizes and no avg speed or clock. Since it has no cpu, the battery can last almost forever. GH
So what does that make my washing machine then? A WashoComputer 😉 Actually my moms dishwasher started acting up once and wouldn't run the cycles she programmed it to do. I did a cold boot by pulling the plug and restarting it. This enabled the CPU to reset from Zero and everything worked just fine again 😉
Why on earth do we call these things "computers?" Mostly they're speedometers with a clock, if that.
You could make a case for the ergo brain and flight deck doing some actual computing. But electronic speedometers were being called computers long before those things were invented.
All of them have a little CPU that does some computing in order to accommodate any wheel sizes and to be able to compute average speed.
Yeah, there's a processor. Does that really make it a computer. I dunno. In this world where near everything's got a CPU, even for jobs that can be handled by dumb logic, it's a stretch. Like another fellow pointed out even dishwashers have replaced rotary motorized timers with digital.
Quoted message said:
I actually have an old electronic speedometer that only allows for 3 or 4 wheel sizes and no avg speed or clock. Since it has no cpu, the battery can last almost forever.
I guess so. Just for geekiness sake, how's it do it? Charge an RC circuit?
Yeah, there's a processor. Does that really make it a computer.
(snip)
IBM developed and marketed "processors", what the rest of the world called as computers. So yes, when there's a processor under the hood (so to speak) then the complete assembly is a computer ... and then some.
Yeah, there's a processor. Does that really make it a computer.
(snip)
IBM developed and marketed "processors", what the rest of the world called as computers. So yes, when there's a processor under the hood (so to speak) then the complete assembly is a computer ... and then some.
If they have "something like" an 8051, then I don't know. That is called a "microcontroller," rather than a "microprocessor." It has an instruction set, as does something like an 8086. I don't know. Does it matter?
On Tue, 28 Sep 2004 09:24:54 -0400, cc011 <[email hidden]>
Quoted message said:
RonSonic said:
Why on earth do we call these things "computers?" Mostly they're speedometers with a clock, if that.
You could make a case for the ergo brain and flight deck doing some actual computing. But electronic speedometers were being called computers long before those things were invented.
All of them have a little CPU that does some computing in order to accommodate any wheel sizes and to be able to compute average speed.
By that logic, I should be balancing my checkbook with a "calcucomputer." HP put some of Intel's earliest CPUs into their early hand-held calculators.
On Tue, 28 Sep 2004 09:24:54 -0400, cc011 <[email hidden]>
Quoted message said:
RonSonic said:
Why on earth do we call these things "computers?" Mostly they're speedometers with a clock, if that.
You could make a case for the ergo brain and flight deck doing some actual computing. But electronic speedometers were being called computers long before those things were invented.
All of them have a little CPU that does some computing in order to accommodate any wheel sizes and to be able to compute average speed.
By that logic, I should be balancing my checkbook with a "calcucomputer." HP put some of Intel's earliest CPUs into their early hand-held calculators.
As a big fan of HP calculators until the monstrosity that is the hp49, I must say: Are you sure about that?
A quick perusal of hppt://www.hpmuseum.org shows no reference to intel cpus in any of the calculators. Some of the early models did use intel memory chips.
As a big fan of HP calculators until the monstrosity that is the hp49, I must say: Are you sure about that?
Don't go dissin' the pimp HP-49. I only bought one because they quit making the HP-48GX, and I like it a lot. Too bad they quit making calculators altogether... <insert frownie emoticon here>.
Don't go dissin' the pimp HP-49. I only bought one because they quit making the HP-48GX, and I like it a lot. Too bad they quit making calculators altogether... <insert frownie emoticon here>.
Yeah, the calculator division should have gone with Agilent when HP split.
My Polar S720i has a 9600 baud IR transceiver which conforms to the IRDA standard. Show me a "speedometer" with that function.
It also has a bit of memory as it can store 99 hours of exercise data and compute the power from chain tension and speed. And ALL input sensors (cadence, speed, chain speed and chain tension) communicate through 2 conductors so the system is probably 2 computers.
My Polar S720i has a 9600 baud IR transceiver which conforms to the IRDA standard. Show me a "speedometer" with that function.
It also has a bit of memory as it can store 99 hours of exercise data and compute the power from chain tension and speed. And ALL input sensors (cadence, speed, chain speed and chain tension) communicate through 2 conductors so the system is probably 2 computers.
Dear Weisse,
Did it store the data from that high-speed downhill ride that you were going to post a few weeks ago?
My Polar S720i has a 9600 baud IR transceiver which conforms to the IRDA standard. Show me a "speedometer" with that function.
It also has a bit of memory as it can store 99 hours of exercise data and compute the power from chain tension and speed. And ALL input sensors (cadence, speed, chain speed and chain tension) communicate through 2 conductors so the system is probably 2 computers.
Dear Weisse,
Did it store the data from that high-speed downhill ride that you were going to post a few weeks ago?
My Polar S720i has a 9600 baud IR transceiver which conforms to the
IRDA
Quoted message said:
standard. Show me a "speedometer" with that function.
It also has a bit of memory as it can store 99 hours of exercise data and compute the power from chain tension and speed. And ALL input sensors (cadence, speed, chain speed and chain tension) communicate through 2 conductors so the system is probably 2 computers.
Dear Weisse,
Did it store the data from that high-speed downhill ride that you were going to post a few weeks ago?
[email hidden] (Wannabe Ironman) wrote in news:[email hidden]:
Quoted message said:
Quoted message said:
As a big fan of HP calculators until the monstrosity that is the hp49, I must say: Are you sure about that?
Don't go dissin' the pimp HP-49. I only bought one because they quit making the HP-48GX, and I like it a lot. Too bad they quit making calculators altogether... <insert frownie emoticon here>.
They did? EEEEP! I must make sure my 48GX never breaks down, then.
-A
-- to email me, run my email address through /usr/bin/caesar (or rotate by -4)
My Polar S720i has a 9600 baud IR transceiver which conforms to the
IRDA
Quoted message said:
standard. Show me a "speedometer" with that function.
It also has a bit of memory as it can store 99 hours of exercise data and compute the power from chain tension and speed. And ALL input sensors (cadence, speed, chain speed and chain tension) communicate through 2 conductors so the system is probably 2 computers.
Dear Weisse,
Did it store the data from that high-speed downhill ride that you were going to post a few weeks ago?
As a big fan of HP calculators until the monstrosity that is the hp49, I must say: Are you sure about that?
Don't go dissin' the pimp HP-49. I only bought one because they quit making the HP-48GX, and I like it a lot. Too bad they quit making calculators altogether... <insert frownie emoticon here>.