bima spins - Spin orbit magnetic random access memory based binary

Spin orbit magnetic random access memory based binary

The research tends to suggest a spin-orbit torque magnetic random access memory (SOT-MRAM)-based Binary CNN In-Memory Accelerator (BIMA) to 

[0906.3632] BIMA N2H+ 1-0 mapping observations of L183

Abstract: We have used the Berkeley-Illinois-Maryland Array (BIMA) to make deep N2H+ 1-0 maps of the pre-stellar core L183, 

Spin orbit magnetic random access memory based binary

The research tends to suggest a spin-orbit torque magnetic random access memory (SOT-MRAM)-based Binary CNN In-Memory Accelerator (BIMA) to 

BIMA N2H+ 1–0 MAPPING OBSERVATIONS OF L183

The inferred axis of rotation is parallel to the magnetic field direction, which is offset from its long axis, as we have seen in other prestellar cores.

bima n 2 h + 1–0 mapping observations of l183: fragmentation

The inferred axis of rotation is parallel to the magnetic field direction, which is offset from its long axis, as we have seen in other prestellar cores.

Spin orbit magnetic random access memory based binary

The research tends to suggest a spin-orbit torque magnetic random access memory (SOT-MRAM)-based Binary CNN In-Memory Accelerator (BIMA) to minimize power