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Created page with "== Circuitverse == * Optimizing Multiplier to Speed Up Result Output ** Parallelizing Adds (A+B)+(C+D)+(E+F) ** Multiplier Specific Carry Select Adder ** Karatsuba Algorithm? == Hung Up On == * Opcodes Operands Addressing Modes ** Choosing Registers ** Choosing Instructions *** Ordering Instructions ** Choosing Addressing Modes == Exploring Ideas == * Expanding from 6-trit to 9-trit. ** Instruction decoding would be easier. 6 trits for opcode and 3 trits for addressing..." |
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== Circuitverse == | === Circuitverse === | ||
* | * Move to 9-trit Trytes. "TNINE" (Complete) | ||
* | * Fast multiplyer circuit. (Complete) | ||
* Creating ALU. | |||
* | |||
== | === Physical Build === | ||
* | * Learning PCB design. | ||
** | ** Learn how to design boards in Kicad. | ||
** Create boards that use [[Binary-Coded Ternary]]. | |||
** | |||
== | === Hung Up On === | ||
* | * Choosing Registers | ||
* | * Choosing Instructions | ||
** | ** Ordering Instructions | ||
* | * Choosing Addressing Modes | ||
Latest revision as of 10:58, 25 July 2025
Circuitverse
- Move to 9-trit Trytes. "TNINE" (Complete)
- Fast multiplyer circuit. (Complete)
- Creating ALU.
Physical Build
- Learning PCB design.
- Learn how to design boards in Kicad.
- Create boards that use Binary-Coded Ternary.
Hung Up On
- Choosing Registers
- Choosing Instructions
- Ordering Instructions
- Choosing Addressing Modes
