Extended Data Fig. 9: Hardware and software implementation of the logic-in-memory programmer.
From: Logic-in-memory based on an atomically thin semiconductor
a, b, Hardware implementation of the four-memory programmer (a) and of the nine-memory programmer (b). c, Software working diagram of the programming (top) and test (bottom) blocks. d, Example of programming (left) and test (right) blocks working, using a nine-memory programmed into the following state Q1–9 = 222111111 to perform a three-input NAND operation.
