chapter5 - PacoReinaCampo/PU-NTM GitHub Wiki

INSTRUCTIONS

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prefix	isa width	alpha code	instruction width	extension description
`rv`	`32`	`i`	`32`	`RV32I Base Integer Instruction Set`
`rv`	`64`	`i`	`32`	`RV64I Base Integer Instruction Set (+ RV32I)`
`rv`	`128`	`i`	`32`	`RV128I Base Integer Instruction Set (+ RV64I)`
`rv`	`32`	`m`	`32`	`RV32M Standard Extension for Integer Multiply and Divide`
`rv`	`64`	`m`	`32`	`RV64M Standard Extension for Integer Multiply and Divide (+ RV32M)`
`rv`	`128`	`m`	`32`	`RV128M Standard Extension for Integer Multiply and Divide (+ RV64M)`
`rv`	`32`	`a`	`32`	`RV32A Standard Extension for Atomic Instructions`
`rv`	`64`	`a`	`32`	`RV64A Standard Extension for Atomic Instructions (+ RV32A)`
`rv`	`128`	`a`	`32`	`RV128A Standard Extension for Atomic Instructions (+ RV64A)`
`rv`	`32`	`f`	`32`	`RV32F Standard Extension for Single-Precision Floating-Point`
`rv`	`64`	`f`	`32`	`RV64F Standard Extension for Single-Precision Floating-Point (+ RV32F)`
`rv`	`128`	`f`	`32`	`RV128F Standard Extension for Single-Precision Floating-Point (+ RV64F)`
`rv`	`32`	`d`	`32`	`RV32D Standard Extension for Double-Precision Floating-Point`
`rv`	`64`	`d`	`32`	`RV64D Standard Extension for Double-Precision Floating-Point (+ RV32D)`
`rv`	`128`	`d`	`32`	`RV128D Standard Extension for Double-Precision Floating-Point (+ RV64D)`
`rv`	`32`	`q`	`32`	`RV32Q Standard Extension for Quadruple-Precision Floating-Point`
`rv`	`64`	`q`	`32`	`RV64Q Standard Extension for Quadruple-Precision Floating-Point (+ RV32Q)`
`rv`	`128`	`q`	`32`	`RV128Q Standard Extension for Quadruple-Precision Floating-Point (+ RV64Q)`
`rv`	`32`	`c`	`16`	`RV32C Standard Extension for Compressed Instructions`
`rv`	`64`	`c`	`16`	`RV64C Standard Extension for Compressed Instructions (+ RV32C)`
`rv`	`128`	`c`	`16`	`RV128C Standard Extension for Compressed Instructions (+ RV64C)`
`rv`	`32`	`s`	`32`	`RV32S Standard Extension for Supervisor-level Instructions`
`rv`	`64`	`s`	`32`	`RV64S Standard Extension for Supervisor-level Instructions (+ RV32S)`
`rv`	`128`	`s`	`32`	`RV128S Standard Extension for Supervisor-level Instructions (+ RV64S)`
`rv`	`32`	`h`	`32`	`RV32H Standard Extension for Hypervisor-level Instructions`
`rv`	`64`	`h`	`32`	`RV64H Standard Extension for Hypervisor-level Instructions (+ RV32H)`
`rv`	`128`	`h`	`32`	`RV128H Standard Extension for Hypervisor-level Instructions (+ RV64H)`
`rv`	`32`	`m`	`32`	`RV32M Standard Extension for Machine-level Instructions`
`rv`	`64`	`m`	`32`	`RV64M Standard Extension for Machine-level Instructions (+ RV32M)`
`rv`	`128`	`m`	`32`	`RV128M Standard Extension for Machine-level Instructions (+ RV64M)`
`rv`	`32`	`p`	`32`	`RV32P Standard Extension for Packed SIMD Instructions`
`rv`	`64`	`p`	`32`	`RV64P Standard Extension for Packed SIMD Instructions (+ RV32P)`
`rv`	`128`	`p`	`32`	`RV128P Standard Extension for Packed SIMD Instructions (+ RV64P)`
`rv`	`32`	`v`	`32`	`RV32V Standard Extension for Vector Operations`
`rv`	`64`	`v`	`32`	`RV64V Standard Extension for Vector Operations (+ RV32V)`
`rv`	`128`	`v`	`32`	`RV128V Standard Extension for Vector Operations (+ RV64V)`
`rv`	`32`	`t`	`32`	`RV32T Standard Extension for Transactional Memory`
`rv`	`64`	`t`	`32`	`RV64T Standard Extension for Transactional Memory (+ RV32T)`
`rv`	`128`	`t`	`32`	`RV128T Standard Extension for Transactional Memory (+ RV64T)`
`rv`	`32`	`rmath`	`32`	`RV32RMATH Standard Extension for Real Math`
`rv`	`64`	`rmath`	`32`	`RV64RMATH Standard Extension for Real Math (+ RV32RMATH)`
`rv`	`128`	`rmath`	`32`	`RV128RMATH Standard Extension for Real Math (+ RV64RMATH)`
`rv`	`32`	`cmath`	`32`	`RV32CMATH Standard Extension for Complex Math`
`rv`	`64`	`cmath`	`32`	`RV64CMATH Standard Extension for Complex Math (+ RV32CMATH)`
`rv`	`128`	`cmath`	`32`	`RV128CMATH Standard Extension for Complex Math (+ RV64CMATH)`
`rv`	`32`	`ralg`	`32`	`RV32RALG Standard Extension for Real Linear Algebra`
`rv`	`64`	`ralg`	`32`	`RV64RALG Standard Extension for Real Linear Algebraa (+ RV32RALG)`
`rv`	`128`	`ralg`	`32`	`RV128RALG Standard Extension for Real Linear Algebra (+ RV64RALG)`
`rv`	`32`	`calg`	`32`	`RV32CALG Standard Extension for Complex Linear Algebra`
`rv`	`64`	`calg`	`32`	`RV64CALG Standard Extension for Complex Linear Algebra (+ RV32CALG)`
`rv`	`128`	`calg`	`32`	`RV128CALG Standard Extension for Complex Linear Algebra (+ RV64CALG)`
`rv`	`32`	`rnn`	`32`	`RV32RNN Expanded Extension for Real Neural Network`
`rv`	`64`	`rnn`	`32`	`RV64RNN Expanded Extension for Real Neural Network (+ RV32RNN)`
`rv`	`128`	`rnn`	`32`	`RV128RNN Expanded Extension for Real Neural Network (+ RV64RNN)`
`rv`	`32`	`cnn`	`32`	`RV32CNN Expanded Extension for Complex Neural Network`
`rv`	`64`	`cnn`	`32`	`RV64CNN Expanded Extension for Complex Neural Network (+ RV32CNN)`
`rv`	`128`	`cnn`	`32`	`RV128CNN Expanded Extension for Complex Neural Network (+ RV64CNN)`

: Instruction Set Extensions

PERCEPTRON NEURAL NETWORK

PU-PNN

type:

source BUILD-x86
./PU-x86.run

type:

source BUILD-RISCV
spike pk PU-riscv.elf

SoC-PNN

type:

source BUILD-x86
./SoC-x86.run

type:

source BUILD-RISCV
spike pk SoC-riscv.elf

MPSoC-PNN

type:

source BUILD-x86
./MPSoC-x86.run

type:

source BUILD-RISCV
spike pk MPSoC-riscv.elf

FEEDWORWARD NEURAL NETWORK

PU-FNN

type:

source BUILD-x86
./PU-x86.run

type:

source BUILD-RISCV
spike pk PU-riscv.elf

SoC-FNN

type:

source BUILD-x86
./SoC-x86.run

type:

source BUILD-RISCV
spike pk SoC-riscv.elf

MPSoC-FNN

type:

source BUILD-x86
./MPSoC-x86.run

type:

source BUILD-RISCV
spike pk MPSoC-riscv.elf

LONG SHORT TERM MEMORY NEURAL NETWORK

PU-LSTM

type:

source BUILD-x86
./PU-x86.run

type:

source BUILD-RISCV
spike pk PU-riscv.elf

SoC-LSTM

type:

source BUILD-x86
./SoC-x86.run

type:

source BUILD-RISCV
spike pk SoC-riscv.elf

MPSoC-LSTM

type:

source BUILD-x86
./MPSoC-x86.run

type:

source BUILD-RISCV
spike pk MPSoC-riscv.elf

NEURAL TURING MACHINE NEURAL NETWORK

PU-NTM

type:

source BUILD-x86
./PU-x86.run

type:

source BUILD-RISCV
spike pk PU-riscv.elf

SoC-NTM

type:

source BUILD-x86
./SoC-x86.run

type:

source BUILD-RISCV
spike pk SoC-riscv.elf

MPSoC-NTM

type:

source BUILD-x86
./MPSoC-x86.run

type:

source BUILD-RISCV
spike pk MPSoC-riscv.elf

DIFFERENTIABLE NEURAL COMPUTER NEURAL NETWORK

PU-DNC

type:

source BUILD-x86
./PU-x86.run

type:

source BUILD-RISCV
spike pk PU-riscv.elf

SoC-DNC

type:

source BUILD-x86
./SoC-x86.run

type:

source BUILD-RISCV
spike pk SoC-riscv.elf

MPSoC-DNC

type:

source BUILD-x86
./MPSoC-x86.run

type:

source BUILD-RISCV
spike pk MPSoC-riscv.elf

ATTENTION NEURAL NETWORK

PU-ANN

type:

source BUILD-x86
./PU-x86.run

type:

source BUILD-RISCV
spike pk PU-riscv.elf

SoC-ANN

type:

source BUILD-x86
./SoC-x86.run

type:

source BUILD-RISCV
spike pk SoC-riscv.elf

MPSoC-ANN

type:

source BUILD-x86
./MPSoC-x86.run

type:

source BUILD-RISCV
spike pk MPSoC-riscv.elf