Travelled to:
2 × France
6 × USA
Collaborated with:
Y.Cai C.Cheng E.S.Kuh J.Huang S.X.Tan Y.Ma S.Dong J.Gu X.Wang J.Relles J.Fan N.Mi T.Xue H.Li Z.Qi L.Wu S.Liu G.Chen T.T.Jing L.He T.Zhang R.Dutta Y.Lu C.C.N.Sze Q.Zhou L.Huang J.Hu S.Chen
Talks about:
algorithm (3) global (3) effici (3) block (3) rout (3) base (3) driven (2) shape (2) optim (2) model (2)
Person: Xianlong Hong
DBLP: Hong:Xianlong
Contributed to:
Wrote 10 papers:
- DATE-2009-WangCTHR #modelling #optimisation #performance #polynomial #using
- An efficient decoupling capacitance optimization using piecewise polynomial models (XW, YC, SXDT, XH, JR), pp. 1190–1195.
- DAC-2008-LiuCJHZDH
- Topological routing to maximize routability for package substrate (SL, GC, TTJ, LH, TZ, RD, XH), pp. 566–569.
- DATE-2007-FanMTCH #correlation #order #reduction #statistics
- Statistical model order reduction for interconnect circuits considering spatial correlations (JF, NM, SXDT, YC, XH), pp. 1508–1513.
- DAC-2005-LiQTWCH #approach #clustering #performance
- Partitioning-based approach to fast on-chip decap budgeting and minimization (HL, ZQ, SXDT, LW, YC, XH), pp. 170–175.
- DAC-2005-LuSHZCHH #navigation #network
- Navigating registers in placement for clock network minimization (YL, CCNS, XH, QZ, YC, LH, JH), pp. 176–181.
- DAC-2003-MaHDCCCG #analysis #optimisation
- Dynamic global buffer planning optimization based on detail block locating and congestion analysis (YM, XH, SD, SC, YC, CKC, JG), pp. 806–811.
- DAC-2001-MaHDCCG #constraints
- Floorplanning with Abutment Constraints and L-Shaped/T-Shaped Blocks based on Corner Block List (YM, XH, SD, YC, CKC, JG), pp. 770–775.
- DAC-1993-HongXKCH #algorithm
- Performance-Driven Steiner Tree Algorithm for Global Routing (XH, TX, ESK, CKC, JH), pp. 177–181.
- DAC-1993-HuangHCK #algorithm #performance
- An Efficient Timing-Driven Global Routing Algorithm (JH, XH, CKC, ESK), pp. 596–600.
- DAC-1992-HongHCK #algorithm #named #performance
- FARM: An Efficient Feed-Through Pin Assignment Algorithm (XH, JH, CKC, ESK), pp. 530–535.