1. A processor system comprising: a multi-core processing resource (MCPR) including one or more processors, the one or more processors including a first processor partition and at least one second processor partition, the first processor partition including a first health monitor configured to run on the first processor partition, the at least one second processor partition including at least one second health monitor configured to run on the at least one second processor partition; at least one system memory coupled to the one or more processors, the at least one system memory including at least a first portion associated with the first processor partition, the first portion including at least one first memory address; at least one second portion associated with the at least one second processor partition, the at least one second portion including at least one second memory address; and at least one third portion associated with a hypervisor of the MCPR, the at least one third portion including at least one third memory address; at least one system-on-a-chip (SoC) module coupled to the MCPR, the at least one SoC module including at least one error register; the at least one hypervisor of the MCPR coupled to the one or more processors and configured to define the first portion, the at least one second portion, and the at least one third portion; and at least one error detector coupled to the at least one system memory and to the SoC module, the first health monitor configured to pass at least one of a first memory address, a second memory address, and a third memory address to the at least one error detector; the at least one error detector configured to (a) determine whether the at least one first memory address includes a first single-bit error by accessing one or more of the at least one first memory address and the at least one error register; (b) determine whether the at least one second memory address includes a second single-bit error by accessing one or more of the at least one second memory address and the at least one error register; (c) determine whether the at least one third memory address includes a third single-bit error by accessing one or more of the at least one third memory address and the at least one error register; (d) correct the at least one third single-bit error; and (e) pass one or more of (1) the at least one first memory address and the at least one first single-bit error and (2) the at least one second memory address and the at least one second single-bit error to the first health monitor.