I have a motorized equatorial mount that is of very hefty precision design. You would have to pick it up from Santa Fe NM, but its perfect for astrophotography. -Simon.
Timoris writes "With the Perseids approaching rapidly, I am looking for a good beginner's motorized equatorial mount for astrophotography. I have seen a few for $150 to $200, but apparently the motor vibrations make for poor photographs. Orion makes good mounts, but are out of my price range ($350) and the motor is sold separately, adding to the price half over again. Does anyone have any good experience with any low- or mid-priced mounts?"
An anonymous reader writes "AutoCAD is by far the industry standard CAD tool for engineering drawings. When I was an engineering student it was on every computer in the college of engineering. Autodesk, the makers of the AutoCAD software, are attempting to quash an effort to reverse-engineer the proprietary binary format used by AutoCAD. Looking at the court order, their whole argument revolves around something called TrustedDWG that basically looks like a digital signature that verifies the file was created by an Autodesk product."
A laser disk has pits on the disk that vary in length and position in the sequence. So essentially you have a time and amplitude domain that generates a analog waveform. Why would it not be possible to construct a special apparatus that reads the length of the pits as accurately as possible and store that information in a data file with a 64 bit number for each pit with a time? Once you have this the data you have captured is digital and can use the necessary analysis to generate the image information from that data? It seems a lot better than dealing with disk players that are taking this information doing various filtering on the information and working with the generated analog frequency waveform.
...something Channel One would do...