I have had a breakthrough in the understanding of where precisely the idea of Duotronics came from.
The insight came, from of all places the television series 'Penny Dreadful '. As the early episodes show the progression of the first season, we are shown, Edison Cylinders. And, more importantly, 'hear' them play. I say "hear" because I don't know if they actually used the early Edison technology. Edison Cylinders were composed of very hard wax, so as to last a while. If you ever hear one being played back, it is very scratchy in playback.
This scratchiness lasted till the 1950s till High Fidelity Sterophonic Record Players came out. Its still there of course, but very greatly reduced.
Sterophonic systems used two sets of microphones to achieve a realistic level of performance reproduction. Stage right, and stage left.
The next part of the problem is to achieve with a digital system, analog performance, with regard to operational standards. In the real world, this was achieved through the development of specialized computer chips , beginning with analog, later digital signal processors.
What they did, was to take an analog signal and convert it to a digital format. But! The Second Law of thermal dynamics rears its head hear. It is called 'pixelation '. Meaning that a 16 bit digital signal processor will be scratchy. So will a 32 bit one, and so on.
The idea, is to eliminate scratchiness.
This is Duotronics.
Why? Think of the technological change from the Edison Cylinders to High Fidelity Sterophonic Systems.
...
Exactly.
The insight came, from of all places the television series 'Penny Dreadful '. As the early episodes show the progression of the first season, we are shown, Edison Cylinders. And, more importantly, 'hear' them play. I say "hear" because I don't know if they actually used the early Edison technology. Edison Cylinders were composed of very hard wax, so as to last a while. If you ever hear one being played back, it is very scratchy in playback.
This scratchiness lasted till the 1950s till High Fidelity Sterophonic Record Players came out. Its still there of course, but very greatly reduced.
Sterophonic systems used two sets of microphones to achieve a realistic level of performance reproduction. Stage right, and stage left.
The next part of the problem is to achieve with a digital system, analog performance, with regard to operational standards. In the real world, this was achieved through the development of specialized computer chips , beginning with analog, later digital signal processors.
What they did, was to take an analog signal and convert it to a digital format. But! The Second Law of thermal dynamics rears its head hear. It is called 'pixelation '. Meaning that a 16 bit digital signal processor will be scratchy. So will a 32 bit one, and so on.
The idea, is to eliminate scratchiness.
This is Duotronics.
Why? Think of the technological change from the Edison Cylinders to High Fidelity Sterophonic Systems.
...
Exactly.