Design-for-test-aware hierarchical design planning

Full-chip scan data can be advantageously used during design planning to minimize top-level scan wires and scan feedthroughs. The scan cells can be reordered using a modified cost function to promote connecting all scan cells in one plan group before crossing to a scan cell in another plan group. Th...

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Hauptverfasser: Chien, Hung-Chun, Mathew, Ben, Takkars, Padmashree, Liu, Bang, Tai, Chang-Wei, Xiong, Xiao-Ming, Yeap, Gary K
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creator Chien, Hung-Chun
Mathew, Ben
Takkars, Padmashree
Liu, Bang
Tai, Chang-Wei
Xiong, Xiao-Ming
Yeap, Gary K
description Full-chip scan data can be advantageously used during design planning to minimize top-level scan wires and scan feedthroughs. The scan cells can be reordered using a modified cost function to promote connecting all scan cells in one plan group before crossing to a scan cell in another plan group. The modified cost function can take into account penalty parameters. The penalty parameters can include at least one of: membership in a plan group or a top-level physical hierarchy, size of a plan group, FLOATING/ORDERED scan element in scan data, location of endpoints of an ORDERED list, location of endpoints of a macro, and membership in a plan group containing a STOP point. Scan data, at the block-level and at the top-level, can be automatically updated to reflect the plan groups and optimized scan chains.
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