The last two post were my personal dialog with Trinary procedures so I can start to create complex decision trees that can act in a intelligent and logical way. These are the beginnings into a natural engineered form of intelligence, I dare not say AI as these ideas are not artificial, they are natural only non living.
I went back to some of my work with the DG series of chips so I could make an interface board for the Led Matrix. I could design it with relays but decided that it would be great to see other options for Trinary design. Once mastered, an ALU would be the first step, maybe with many extra functions that binary ALU’s struggle to implement. I hope to add a Trinary version of Quantum Arithmetic built from these gates. (Not Quantum Mechanics)
The first hurdle to climb is to test the DG403.
The next is to define the Trinary gates required.
Then create a schematic and a PCB board
Here is the DG403 version of an TAND gate
****Warning**** everything here has not been tested, so I apologise for any errors.
I hope you enjoy my adventure, it has been a long, quite, happy and while being a lonely journey, it is never boring, excitement for the future is beyond any reward, regards Arto.
Artojh's Renderings 