ALUOP=NOOP
Instruction N word 2
| LOOP0BEGIN | Loop Begin |
| LOOP0END | Loop End |
| LOOP1BEGIN | Loop Begin |
| LOOP1END | Loop End |
| LOOP2BEGIN | Loop Begin |
| LOOP2END | Loop End |
| LOOP3BEGIN | Loop Begin |
| LOOP3END | Loop End |
| LOOP4BEGIN | Loop Begin |
| LOOP4END | Loop End |
| LOOP5BEGIN | Loop Begin |
| LOOP5END | Loop End |
| LOOP6BEGIN | Loop Begin |
| LOOP6END | Loop End |
| LOOP7BEGIN | Loop Begin |
| LOOP7END | Loop End |
| ALUOP | ALU opcode 0 (NOOP): No Operation 1 (CLEAR): Clear register (set to +0) 65 (COPY): Copy operation 66 (SWAP): Swap operation 67 (DBL): Double operation (multiply by 2) 68 (FANA): Load real and imag (form A) 69 (FANB): Load real and imag (form B) 70 (RELU2): ReLU of real (max of real and +0) 71 (NRELU2): Min of real and -0 72 (INC2): Increment by 1.0 73 (DEC2): Decrement by 1.0 74 (ADDR): Addition of 2 reals 75 (MAX): Maximum of 2 reals 76 (MIN): Minimum of 2 reals 292 (RSQR2B): Square of real (form B) 334 (ADDC): Add Complex 339 (MAX2A): Max of reals (form A) 340 (MIN2A): Min of reals (form A) 350 (XREALC2): Extract real from complex 351 (XIMAGC2): Extract imag from complex 353 (ADDR2B): Add reals (form B) 354 (MAX2B): Max of reals (form B) 355 (MIN2B): Min of reals (form B) 397 (MULC): Multiply Complex 407 (MULR2A): Multiply reals (form A) 408 (MULR2B): Multiply reals (form B) 410 (ADDR4): Add 4 reals 411 (MAX4): Max of 4 reals 412 (MIN4): Min of 4 reals 413 (SQRMAGC2): Squared magnitude Complex 416 (PRELU2B): Parametric ReLU (form B) 461 (MACC): Multiply Accumulate Complex 462 (AACC): Add Accumulate Complex 463 (ELU2A): part of ELU activation (form A) 464 (ELU2B): part of ELU activation (form B) 465 (IFR2A): If A then X else Y (form A) 466 (IFR2B): If A then X else Y (form B) 467 (MAXAC2): Max of reals and accumulator 468 (MINAC2): Min of reals and accumulators 469 (CLIP2A): Clipping activation (form A) 470 (CLIP2B): Clipping activation (form B) 471 (MACR2A): Multiply accumulate reals (form A) 472 (MACR2B): Multiply accumulate reals (form B) 473 (IFC): If A then X else Y (complex) |
| ENDPROG | End of Program |