head 1.1; access; symbols; locks pnixon:1.1; strict; comment @# @; 1.1 date 2002.05.04.16.22.40; author pnixoneast; state Exp; branches; next ; desc @none @ 1.1 log @none @ text @ 1 Integration 1 milestones (think about when these will be completed by , add dependences as well): * Timing env - all flows proven. * Parsing constraints out of spec. * Start with Summary script * Web based to follow. * DFT env - all flows proven. * Getting started with Jbus . * MBIST. * Lbist. * Scan insertion. * Top Level * Boundary scan. * Lbist/MBIST/Scan * Tap generation. * Net-list generation. * Cores * Chip * verif * Equiv * RTL to gates * gates to gates * Physical Design - all flows proven. * Flow here (LSI flow running at Sun). * DFT/ high fanout nets/Scan reorder * Equiv. * IO timing. * Clocking. * ECOs * Synth Design - all flows proven * Obtain RTL test cases of difficult physical designs from eagle. * Push button synth for designers. * Cores with logic test. * Core without logic test. * block level. * Dual cores. * Report automation. * Directory structure. * Vectors - all flows proven. * Capture. * Munge. * Tester formating. * Replay. * DTL * 3GIO * Misc * Power * LSI * DFT * IDDQ * Power * RTL * Gates * Back-annotation * Test(s) * DFT Lbist wait states. * Full tilt boogie * Estar 2 Tomatillo full integration flow (Come up with dates/durations for the following and dependences). * Synth/DFT insertion complete. * Physical design complete. * Timing flow complete (generated from LV). * Simulation env (DFT test bench only) * RTL * Gates * Back-annotation SDF's * Equiv * Power 3 Individual updates: * DFT * Synth * PD * Jbus * IB * Timing * Top level/Hier * Misc @