
Quantifying Netlist Interconnect Fault Coverage Using Boundary Scan ATPG Vectors
Quantifying boundary scan interconnect fault coverage pairs extracted netlist node universes with modified counting sequence vector execution logs.

Quantifying boundary scan interconnect fault coverage pairs extracted netlist node universes with modified counting sequence vector execution logs.

Resolving boundary scan escape rates requires weighting fault coverage by defect universe and enforcing active guarding on unprobed parallel nets.

Boundary scan access limits require balancing physical probe suppression against quantitative fault escape risks in high-density logic clusters.

Boundary scan interconnect testing turns silicon multiplexers into virtual probes to verify fine-pitch BGA solder joints without physical test pads.
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