Travelled to:1 × Canada
1 × China
1 × Korea
1 × Sweden
1 × Taiwan
3 × USA
Collaborated with:H.Song S.D.Handoko D.T.Nguyen K.W.Tan H.Wang A.Kumar A.S.Aravamudhan A.Misra W.H.Tan C.Wang A.Gunawan K.M.Ng K.Poh S.Wang D.Lo L.Jiang Lucia
Talks about:problem (4) inventori (2) deliveri (2) consolid (2) resourc (2) quadrat (2) patient (2) echelon (2) auction (2) system (2)
Person: Hoong Chuin Lau
DBLP: Lau:Hoong_Chuin
Contributed to:
2015201420132012
201120062005
2005Wrote 11 papers:
- CASE-2015-HandokoL #order #performance #privacy
- Efficient order sharing with privacy preservation via double auction with split delivery (SDH, HCL), pp. 69–74.
- CASE-2015-NguyenLK #composition #problem
- Decomposition techniques for urban consolidation problems (DTN, HCL, AK), pp. 57–62.
- CASE-2014-GunawanNPL #hybrid #metaheuristic #polynomial #problem
- Hybrid metaheuristics for solving the quadratic assignment problem and the generalized quadratic assignment problem (AG, KMN, KLP, HCL), pp. 119–124.
- CASE-2014-HandokoNL
- An auction mechanism for the last-mile deliveries via urban consolidation centre (SDH, DTN, HCL), pp. 607–612.
- CASE-2013-AravamudhanML #estimation
- “Network-theoretic” queuing delay estimation in theme park attractions (ASA, AM, HCL), pp. 776–782.
- CASE-2013-TanTL #policy #resource management
- Improving patient length-of-stay in emergency department through dynamic resource allocation policies (KWT, WHT, HCL), pp. 984–989.
- CASE-2012-TanWL #queue
- Improving patient flow in emergency department through dynamic priority queue (KWT, CW, HCL), pp. 125–130.
- ASE-2011-WangLJLL #fault #locality #search-based
- Search-based fault localization (SW, DL, LJ, L, HCL), pp. 556–559.
- CASE-2006-SongL
- Two-Instant Reallocation in Two-Echelon Spare Parts Inventory Systems (HS, HCL), pp. 342–345.
- CASE-2005-LauS #evaluation #multi
- Evaluation of time-varying availability in multi-echelon inventory system under combat damage (HCL, HS), pp. 226–231.
- SAC-2005-LauW #approach #multi #optimisation #problem
- A multi-agent approach for solving optimization problems involving expensive resources (HCL, HW), pp. 79–83.