@Abstract-Asynchronous cellular arrays have gained attention
as promising architectures for nanocomputers, because of their
lack of a dock, which facilitates low power designs, and their regular structure, which potentially allows manufacturing techniques
based on molecular selforganization, With the increase in integration density comes a decrease in the reliability of the components
from which computers are built, and implementations based on
cellular arrays are no exception to this. This paper advances asynchronous cellular arrays that are tolerant to transient errors in up
to one third of the information stored by its cells. The cellular arrays require six rules to describe tbe interactions between the cells,
implying less complexity of the cells as compared to a previously
proposed (nonfauh-tolerant) asynchronous cellular array that employs nine rules.
@Index Terms-Cellular array, computer architecture, error correction, fault-tolerance, homogeneous structure, nanocomputing.