class TTv2EcRamPreset(UnitCellRPUConfig):
"""Configuration using TTv2 with
:class:`~aihwkit.simulator.presets.devices.EcRamPresetDevice`.
See :class:`~aihwkit.simulator.configs.devices.BufferedTransferCompound`
for details on TTv2-like optimizers.
The default peripheral hardware
(:class:`~aihwkit.simulator.presets.utils.PresetIOParameters`) and
analog update
(:class:`~aihwkit.simulator.presets.utils.PresetUpdateParameters`)
configuration is used otherwise.
"""
device: UnitCell = field(
default_factory=lambda: BufferedTransferCompound(
unit_cell_devices=[EcRamPresetDevice(), EcRamPresetDevice()],
transfer_forward=PresetIOParameters(),
transfer_update=PresetUpdateParameters(),
transfer_every=1.0,
units_in_mbatch=True,
))
forward: IOParameters = field(default_factory=PresetIOParameters)
backward: IOParameters = field(default_factory=PresetIOParameters)
update: UpdateParameters = field(default_factory=PresetUpdateParameters)
class EcRam4Preset(UnitCellRPUConfig):
"""Preset configuration using four Lithium-based EcRam devices per cross-point
(:class:`~aihwkit.simulator.presets.devices.EcRamPresetDevice`),
where both are updated with random selection policy for update.
See :class:`~aihwkit.simulator.configs.devices.VectorUnitCell` for
more details on multiple devices per cross-points.
The default peripheral hardware
(:class:`~aihwkit.simulator.presets.utils.PresetIOParameters`) and
analog update
(:class:`~aihwkit.simulator.presets.utils.PresetUpdateParameters`)
configuration is used otherwise.
"""
device: UnitCell = field(default_factory=lambda: VectorUnitCell(
unit_cell_devices=[
EcRamPresetDevice(),
EcRamPresetDevice(),
EcRamPresetDevice(),
EcRamPresetDevice()
],
update_policy=VectorUnitCellUpdatePolicy.SINGLE_RANDOM))
forward: IOParameters = field(default_factory=PresetIOParameters)
backward: IOParameters = field(default_factory=PresetIOParameters)
update: UpdateParameters = field(default_factory=PresetUpdateParameters)
class MixedPrecisionEcRamPreset(DigitalRankUpdateRPUConfig):
"""Configuration using Mixed-precision with
class:`~aihwkit.simulator.presets.devices.EcRamPresetDevice`.
See class:`~aihwkit.simulator.configs.devices.MixedPrecisionCompound`
for details on the mixed precision optimizer.
The default peripheral hardware
(:class:`~aihwkit.simulator.presets.utils.PresetIOParameters`) and
analog update
(:class:`~aihwkit.simulator.presets.utils.PresetUpdateParameters`)
configuration is used otherwise.
"""
device: DigitalRankUpdateCell = field(
default_factory=lambda: MixedPrecisionCompound(device=
EcRamPresetDevice(), ))
forward: IOParameters = field(default_factory=PresetIOParameters)
backward: IOParameters = field(default_factory=PresetIOParameters)
update: UpdateParameters = field(default_factory=PresetUpdateParameters)
from aihwkit.simulator.presets.devices import (ReRamSBPresetDevice,
ReRamESPresetDevice,
CapacitorPresetDevice,
EcRamPresetDevice,
IdealizedPresetDevice)
plt.ion()
# ReRam based on ExpStep
plot_device(ReRamESPresetDevice(), n_steps=1000)
plot_device_compact(ReRamESPresetDevice(), n_steps=1000)
# ReRam based on SoftBounds
plot_device(ReRamSBPresetDevice(), n_steps=1000)
plot_device_compact(ReRamSBPresetDevice(), n_steps=1000)
# Capacitor
plot_device(CapacitorPresetDevice(), n_steps=400)
plot_device_compact(CapacitorPresetDevice(), n_steps=400)
# ECRAM
plot_device(EcRamPresetDevice(), n_steps=1000)
plot_device_compact(EcRamPresetDevice(), n_steps=1000)
# Idealized
plot_device(IdealizedPresetDevice(), n_steps=10000)
plot_device_compact(IdealizedPresetDevice(), n_steps=10000)
plt.show()
PCMPresetUnitCell, ) plt.ion() # Note alternatively one can use plot_device_compact for a more compact # plot. # Idealized plot_device(IdealizedPresetDevice(), n_steps=10000) # ReRam based on ExpStep plot_device(ReRamESPresetDevice(), n_steps=1000) # ReRam based on SoftBounds plot_device(ReRamSBPresetDevice(), n_steps=1000) # Capacitor plot_device(CapacitorPresetDevice(), n_steps=400) # ECRAM plot_device(EcRamPresetDevice(), n_steps=1000) # Mo-ECRAM plot_device(EcRamMOPresetDevice(), n_steps=8000) # PCM plot_device(PCMPresetUnitCell(), n_steps=80) plt.show()