HE Transactions (2007) 39, 1143-1159 DESIGN & MANUFACTURING AUTHOR INDEX FOR 2007 Chiang, W.-C., P. Kouvelis and T.L. Urban; Line balancing in a just- Liu, Q. and R.D. Meller; A sequence-pair representation and MIP-model- in-time production environment: balancing multiple U-lines; April: based heuristic for the facility layout problem with rectangular depart- 347 ments; April; 377 Diamantidis, A.C., C.T. Papadopoulos and C. Heavey; Approximate anal- Majeske, K.D. and D.W. Glenn; A hybrid tool buy-off decision policy for ysis of serial flow lines with multiple parallel-machine stations; April: automotive sheet metal stamping dies; April; 335 361 Masin, M., M.O. Pasaogullari and S. Joshi; Dynamic scheduling of Glenn, D.W. and K.D. Majeske: A hybrid tool buy-off decision policy for production-assembly networks in a distributed environment; April; 395 automotive sheet metal stamping dies; April; 335 Meller, R.D. and Q. Liu: A sequence-pair representation and MIP-model- based heuristic for the facility layout problem with rectangular depart- Heavey, C., A.C. Diamantidis and C.T. Papadopoulos; Approximate anal- ments; April; 377 ysis of serial flow lines with multiple parallel-machine stations; April; 361 Papadopoulos, C.T., A.C. Diamantidis and C. Heavey; Approximate anal- ysis of serial flow lines with multiple parallel-machine stations; April: Joshi, S.. M. Masin and M.O. Pasaogullari; Dynamic scheduling of 361 production-assembly networks in a distributed environment, April; 395 Pasaogullari, M.O., M. Masin and S. Joshi; Dynamic scheduling of production-assembly networks in a distributed environment: April: 395 Kouvelis, P., W.-C. Chiang and T.L. Urban: Line balancing in a just- in-time production environment: balancing multiple U-lines; April: Urban, T.L., W.-C. Chiang and P. Kouvelis; Line balancing in a just-in- 347 time production environment: balancing multiple U-lines; April; 347 KEYWORDS INDEX FOR 2007 assembly line balancing, 347 manufacturing process development, 335 assembly, 395 Markovian analysis, 361 auto industry, 335 mixed-integer programming, 377 multicriteria decision making, 335 decomposition method, 361 new product development, 335 distributed algorithms, 395 parallel-machine stations, 361 facilities planning and design performance evaluation, 361 facility layout, 377 production, 347 flow/ production lines, 361 scheduling, 395 heuristic, 377 sequence-pair representation, 377 sheet metal stamping, 335 job shop, 395 just-in-time, 347 unequal-area departments, 377 REFEREES FOR 2007 Ivo Adan, Eindhoven University of Technology, Eindhoven, Hayriye Ayhan, Georgia Institute of Technology, Atlanta, Georgia The Netherlands Rajan Batta, University at Buffalo (SUNY) G. Aiello, University of Palermo, Italy Pelin Bayindir, Middle Eastern Technical University, Turkey Pamela Ajoku, University of Pittsburgh Adil Baykasoglu, University of Gaziantep, Gaziantep, Turkey Ali Akgunduz, Concordia University, Canada Stefan Bock, University of Wuppertal, Wuppertal, Germany Henk Akkermans, Tilburg University, The Netherlands Yavuz A. Bozer, University of Michigan, Ann Arbor, Michigan Selim Akturk, Bilkent University, Turkey Jirachai Buddhakulsomsiri, University of Michigan, Dearborn, Tayfur Altiok, Rutgers University, New Brunswick, New Jersey Michigan Ardavan Asef-Vaziri, California State University, Northridge, Yossi Bukchin, Tel Aviv University, Israel California Satish T. Bukkapatnam, Oklahoma State University, Stillwater, Ron Askin, Arizona State University Oklahoma 0740-817X © 2007 “IIE” 1144 Indices John Buzacott, York University, Canada William C. Jordan, General Motors, Detroit, Michigan Ignacio Castillo, Wilfred Laurier University Fikri Karaesmen, Kog University, Turkey Yong Chen, University of lowa, Ames, lowa Kap Hwan Kim, Pusan National University, Pusan, S. Korea Lin-Lin Chen, National Taiwan University of Science & Technology, David Kim, Oregon State University Taipei, Taiwan Ad Kock, Eindhoven University of Technology (Holland) Lijian Chen, University of Louisville, Louisville, Kentucky Vassilis Kouikoglou, Technical University of Crete, Chania, Greece Rachel Chen, University of California, Davis Ananth Krishnamurthy, Rennsselaer Polytechnic Institute, Raymond Cheung, Hong Kong University of Science & Technology, Troy, New York Kowloon, Hong Kong Heinrich Kuhn, Catholic University of Eichstatt-Ingolstadt, Germany Jane Chin-Chia, National Tsing Hua University, Taiwan Alok Choudhary, Loughborough University (England) Martin Land, University of Groningen, The Netherlands Chih-Hsing Chu, National Tsing Hua University, Hsinchu, Taiwan Seungyong Lee, Pohang University of Science & Technology Frederico Cruz, Universidade Federal de Minas Gerais, Brazil Tae-Eog Lee, Korea Advanced Institute of Science and Technology Shiwoo Lee, Oregon State University Stephane Dauzére-Pérés, Ecole des Mines de Saint-Etienne Jingshan Li, University of Kentucky, Lexington, Kentucky Rene de Koster, Erasmus University, The Netherlands Catherine J.R. Li, Nanyang Technological University, Singapore Francis de Vericourt, Duke University, Durham, North Carolina George Liberopoulos, University of Thessaly, Volos, Greece Rommert Dekker, Erasmus University, The Netherlands Joaquim Armengol Llobet, Universitat de Girona, Catalonia, Spain Gail DePuy, University of Louisville Maria DiMascolo, Lah atoire d’ Automatique de Grenoble, France Roland Malhame, Polytechnique Montreal, Canada Ken Doerr, Naval Postgraduate School Riccardo Manzini, University of Bologna, Italy Stephen Mahar, Indiana University Moran Elnekave, Technion, Israel Institute of Tecnology, Haifa, Israel Johan Marklund, Lund University, Lund, Sweden Murat Erkoc, University of Miami Andrea Matta, Poltecnico di Milano, Italy Leon McGinnis, Georgia Institute of Technology Murat Fadiloglu, Bilkent University, Turkey Timothy Middelkoop, University of Massachussets Richard Feldman, Texas A&M University John Miltenburg, McMaster University, Hamilton, Ontario, Canada Geraldo Ferrer, Naval Postgraduate School Stefan Minner, University of Mannheim, Schloss, Mannheim, John Fowler, Arizona State University, Tempe, Arizona Germany Kai Furmans, University of Karlsruhe, IFL Hubert Missbauer, University of Innsbruck, Austria Saul Gass, University of Maryland Rakesh Nagi, University at Buffalo (SUNY) Gary Gaukler, Texas A&M University Dima Nazzal, University of Central Florida Esma Gel, Arizona State University Charles E. Noon, University of Tennessee, Knoxville, Tennessee Yigal Gerchak, Tel Aviv University, Israel Bryan Norman, University of Pittsburgh Wende!! Gilland, University of North Carolina, Chapel Hill, Tava Lennon Olsen, Washington University, St. Louis, MO North Carolina Suleyman Ozekici, Koc University, Turkey Marc Goetschalckx, Georgia Institute of Technology Chrissoleon Papadopoulos, Aristotle University of Thessaloniki, Abhijit Gosavi, State University of New York at Buffalo, New York Greece Mikell Groover, Lehigh University, Bethlehem, Pennsylvania Pratik Parikh, Manhattan Associates B.C. Park, Keimyung University, Taegu, Korea Yongpei Guan, University of Oklahoma, Norman, Oklahoma Qingjin Peng, University of Manitoba, Canada Kevin Gue, Auburn University, Alabama Brett Peters, Texas A&M University, College Station, Texas Refik Gullu, Bogazici University, Istanbul, Turkey Edieal Pinker, University of Rochester Cigdem Z. Gurgur, Colorado School of Mines, Golden, Colorado Kishore Pochampally, Southern New Hampshire University Tish Pohl, University of Arkansas, Fayetteville, Arkansas Steven Hackman, Georgia Institute of Technology Iztok Potre, University of Maribor, Slovenia Warren Hausman, Stanford University Stefan Helber, University of Hannover, Hannover, Germany Jose Emmanuel Ramirez-Marquez, Stevens Institute of Technology, Sunderesh Heragu, University of Louisville, Louisville, Kentucky Hoboken, New Jersey Yale Herer, Technion, Israel Institute of Tecnology, Haifa, Israel Kees Jan Roodbergen, Erasmus University, Rotterdam, Thom Hodgson, North Carolina State University, Raleigh, The Netherlands North Carolina Manuel Rossetti, University of Arkansas, Fayetteville, Arkansas Yoo-Suk Hong, Seoul National University, Seoul, Korea Christopher Rump, Bowling Green State University, Bowling Green, Yushin Hong, Pohang University of Science and Technology, Ohio Pohang, South Korea Sarah M. Ryan, lowa State University, Ames, lowa Max-Olivier Hongler, Ecole Polytechnique Fédérale de Lausanne, Switzerland Kumar Satyam, Rensselaer Polytechnic University Jiang-Liang Hou, National Tsing Hua University, Hsinchu, Taiwan Can Saygin, University of Texas at San Antonio Wenzhen Huang, University of Massachussets, Dartmouth Irvin C. Schick, Massachussets Institute of Technology Armin Scholl, Friedrich-Schiller-University Jena, Germany George laonnou, Athens University of Economics and Business, Gunter Sharp, Georgia Institute of Technology Athens, Greece Hayong Shin, Korea Advanced Institute of Science & Technology, Seyed Iravani, Northwestern University, Evanston, Illinois South Korea Shoval Shraga, Technion, Israel Institute of Tecnology, Haifa, Israel Angus Jeang, Feng Chia University, Taichung, Taiwan Edward A. Silver, University of Calgary, Canada Indices 1145 David Sinreich, Technion, Israel Institute of Tecnology, Haifa, Israel Tom Van Woensel, Technical University of Eindhoven, The Netherlands Alice Smith, Auburn University Nico Vandaele, University of Antwerp, Belgium Tim Smunt, Wake Forest University, Winston-Salem, North Carolina Mario Vanhoucke, Ghent University, Ghent, Belgium Joel Sokol, Georgia Institute of Technology Jose Ventura, Pennsylvania State University Svenja Sommer, Purdue University, LaFayette, Indiana Iris Vis, Vrije Universiteit Amsterdam Gilvan Souza, University of Maryland Raj Srinivasan, University of Saskatchewan, Saskatoon, Canada Roger Warburton, Boston University Sriram Subramanian, Georgia Institute of Technology Zhang Wu, Nanyang Technological University (Singapore) Baris Tan, Koc University, Turkey Geo-Ry Tang, National Taiwan University of Science & Technology Ali Yalcin, University of Southern Florida, Tampa, Florida Kai Tang, Hong Kong University of Science & Technology, Hong Kong Jian Yang, New Jersey Institute of Technology Horst Tempelmeier, University of Cologne, Koln, Germany Ruey Huei Yeh, National Taiwan University of Science and Tullio Tolio, Poltecnico di Milano, Italy Technology, Taipei, Taiwan Brian Tomlin, University of North Carolina, Chapel Hill Jae Jang Young, Micron Technology Mengfei Yu, RSM, Erasmus University Rotterdam, The Netherlands Reha Uzsoy, Purdue University Yugang Yu, Erasmus University, The Netherlands Pirroz Vakili, Boston University Romulo Zequeira, Ecole Polytechnique Fédérale de Lausanne, Geert-Jan van Houtum, Technican University of Eindhoven, Switzerland Eindhoven, The Netherlands James Zhenyu Zhang, Mercer Management Consulting Mark Van Oyen, University of Michigan Yong-Pin Zhou, University of Washington, Seattle, Washington Indices SCHEDULING & LOGISTICS AUTHOR INDEX FOR 2007 Banerjee, A., J.-E. Carrillo and A. Paul; Projects with sequential iteration: Hoberg, K., U.W. Thonemann and J.R. Bradley: Analyzing the effect Models and complexity; May; 453 of inventory policies on the nonstationary performance with transfer Berman, O., R. Huang, S. Kim and M.B.C. Menezes; Locating capaci- functions; September; 911 tated facilities to maximize captured demand, November: 1015 Hopp, W.J., E.S. Gel and M.P. Van Oyen: Hierarchical cross-training in Bradley, J.R.. K. Hoberg and U.W. Thonemann; Analyzing the effect work-in-process-constrained systems; February: 125 of inventory policies on the nonstationary performance with transfer Hsu, V.N., S. Chand, S. Sethi and V. Deshpande: A dynamic lot sizing functions; September; 911 problem with multiple customers: customer-specific shipping and back- Burnetas, A., S.M. Gilbert and C.E. Smith; Quantity discounts in single- logging costs; November; 1059 period supply contracts with asymmetric demand information, May: Huang, R., O. Berman, S. Kim and M.B.C. Menezes: Locating 465 capacitated facilities to maximize captured demand; November: 1015 Candas, M.F. and E. Kutanoglu; Benefits of considering inventory in ser- vice paris logistics network design problems with time-based service Jackson, P.. S. Zhou, R.O. Roundy and R.Q. Zhang; The evolution of constraints, February; 159 family level sales forecasts into product level forecasts: Modeling and Carrillo, J.E., A. Banerjee and A. Paul: Projects with sequential iteration: estimation; September; 831 Models and complexity: May; 453 Jemai, Z. and F. Karaesmen: Decentralized inventory control in a two-stage Cattrysse, D., H. Wong and D. Van Oudheusden; Two-echelon multi-item capacitated supply chain, May; 501 spare parts systems with emergency supply flexibility and waiting time Jin, F., S. Song and C. Wu: An improved version of the NEH algorithm and constraints; November; 1045 its application to large-scale flow-shop scheduling problems: February: Chand, S., V.N. Hsu, S. Sethi and V. Deshpande; A dynamic lot sizing 229 problem with multiple customers: customer-specific shipping and back- logging costs; November; 1059 Karaesmen, F. and Z. Jemai; Decentralized inventory control in a two-stage Chen, F. and M. Parlar; Value ofa put option to the risk-averse newsvendor: capacitated supply chain; May; 501 May: 481 Kaspi, M., D. Shabtay and G. Steiner; The no-wait two-machine flow shop Chen, G. and Z.-J.M. Shen; Probabilistic asymptotic analysis of stochastic scheduling problem with convex resource-dependent processing times: online scheduling problems; May: 525 May; 539 Kim, S., O. Berman, R. Huang and M.B.C. Menezes: Locating Dawande, M., H.N. Geismar and C. Sriskandarajah; A (/0/7)- capacitated facilities to maximize captured demand, November: approximation algorithm for an optimum cyclic solution in additive 1015 travel-time robotic cells; February; 217 Koulamas, C. and G.J. Kyparisis; A note on performance guarantees for Deshpande, V.,S. Chand, V.N. Hsu and S. Sethi; A dynamic lot sizing prob- sequencing three-siage flexible flowshops with identical machines to lem with multiple customers: customer-specific shipping and backlog- minimize makespan; May; 559 ging costs; November; 1059 Kouvelis, P,Q. Ding and J.M. Milner; Dynamic pricing for multiple class Ding, Q., P. Kouvelis and J.M. Milner; Dynamic pricing for multiple class deterministic demand fulfillment; November; 997 deterministic demand fulfillment. November; 997 Kogaga, Y.L. and A. $en: Spare parts inventory management with demand Duran, S., T. Liu, D. Simchi-Levi and J.L. Swann; Optimal production lead times and rationing; September; 879 and inventory policies of priority and price-differentiated customers: Kutanoglu, E. and M.F. Candas: Benefits of considering inventory in ser- September; 845 vice parts logistics network design problems with time-based service constraints, February; 159 Eksioglu, B., $.D. Eksioglu and H.E. Romeijn; A Lagrangean heuris- Kyparisis, G.J. and C. Koulamas; A note on performance guarantees for tic for integrated production and transportation planning prob- sequencing three-stage flexible flowshops with identical machines to lems in a dynamic, multi-item, two-layer supply chain, February: minimize makespan; May: 559 19] Eksioglu, S.D., B. Eksioglu and H.E. Romeijn: A Lagrangean heuristic Li, C.-L. and G. Vairaktarakis; Coordinating production and distribution for integrated production and transportation planning problems in a of jobs with bundling operations; February; 203 dynamic, multi-item, two-layer supply chain; February; 191 Li, C.-L. and J. Ou: Coordinated scheduling of customer orders with decen- tralized machine locations; September; 899 Geismar, H.N., M. Dawande and C. Sriskandarajah; A (/0/7)- Li, Q.; Risk, risk aversion and the optimal time to produce; February; 145 approximation algorithm for an optimum cyclic solution in additive Li, Y., A. Lim and B. Rodrigues; Global sourcing using local content tariff travel-time robotic cells; February; 217 rules; May, 425 Gel, E.S., WJ. Hopp and M.P. Van Oyen: Hierarchical cross-training in Lim, A., Y. Li and B. Rodrigues; Global sourcing using local content tariff work -in-process-constrained systems; February; 125 rules; May; 425 Geunes, J. and B. Yang; Inventory and lead time planning with lead-time- Liu, T., S. Duran, D. Simchi-Levi and J.L. Swann; Optimal production sensitive demand, May; 439 and inventory policies of priority and price-differentiated customers; Gilbert, S.M., A. Burnetas and C.E. Smith; Quantity discounts in single- September; 845 period supply contracts with asymmetric demand information; May: Lu, X., J.-S. Song and A. Regan; Rebate, returns and price protection 465 policies in channel coordination, February; 111 Indices 1147 Maheshwari, N. and H. Uster: Strategic network design for multi-zone Smith, C.E., A. Burnetas and $.M. Gilbert; Quantity discounts in single- truckload shipments; February; 177 period supply contracts with asymmetric demand information; May; Marianov, V. and C. Obreque; An optimal procedurfeo r solving the hier- 465 archical network design problem, May; 513 Song, J.-S., X. Lu and A. Regan; Rebate, returns and price protection Menezes, M.B.C.,O. Berman, R. Huangand S. Kim; Locating capacitated policies in channel coordination; February; 111 facilities to maximize captured demand; November; 1015 Song, S., F. Jin and C. Wu; An improved version of the NEH algorithm and Milner, J.M., Q. Ding and P. Kouvelis; Dynamic pricing for multiple class its application to large-scale flow-shop scheduling problems; February; deterministic demand fulfillment, November; 997 229 Mishra, B.K., S. Raghunathan and X. Yue; /nformation sharing in supply Sourirajan, K., L. Ozsen and R. Uzsoy; A single-product network design chains: Incentives for information distortion, September; 863 model with lead time and safety stock considerations; May; 411 Sriskandarajah, C., H.N. Geismar and M. Dawande: A (/0/7)- Obreque, C. and V. Marianov; An optimal procedure for solving the hier- approximation algorithm for an optimum cyclic solution in additive archical network design problem; May; 513 travel-time robotic cells; February; 217 Ou, J. and C.-L. Li; Coordinated scheduling of customer orders with decen- Steiner, G., D. Shabtay and M. Kaspi; The no-wait two-machine flow shop tralized machine locations; September; 899 scheduling problem with convex resource-dependent processing times: Ozsen, L., K. Sourirajan and R. Uzsoy: A single-product network de- May; 539 sign model with lead time and safety stock considerations; May; Swann, J.L., S. Duran, T. Liu and D. Simchi-Levi; Optimal production 411 and inventory policies of priority and price-differentiated customers; September; 845 Parlar, M. and F. Chen; Value of a put option to the risk-averse newsvendor; May: 481 Thonemann, U.W., K. Hoberg and J.R. Bradley; Analyzing the effect Paul, A., A. Banerjee and J.E. Carrillo; Projects with sequential iteration: of inventory policies on the nonstationary performance with transfer Models and complexity; May; 453 functions; September; 911 Raghunathan, S., B.K. Mishra and X. Yue; /nformation sharing in supply Uster, H. and N. Maheshwari: Strategic network design for multi-zone chains: Incentivefso r information distortion, September; 863 truckload shipments; February; 177 Regan, A., X. Lu and J.-S. Song; Rebate, returns and price protection Uzsoy, R., K. Sourirajan and L. Ozsen; A single-product network design policies in channel coordination; February; 111 model with lead time and safety stock considerations; May: 411 Rodrigues, B., Y. Liand A. Lim: Global sourcing using local content tariff rules; May; 425 Vairaktarakis, G. and C.-L. Li; Coordinating production and distribution Romeijn, H.E. and F.Z. Sargut; Capacitated production and subcontract- of jobs with bundling operations; February; 203 ing in a serial supply chain, November; 1031 Van Oyen, M.P., E.S. Gel and W.J. Hopp: Hierarchical cross-training in Romeijn, H.E., $.D. Eksioglu and B. Eksioglu; A Lagrangean heuris- work-in-process-constrained systems; February; 125 tic for integrated production and transportation planning prob- Van Oudheusden, D., H. Wong, and D. Cattrysse: Two-echelon multi-item lems in a dynamic, multi-item, two-layer supply chain; February: spare parts systems with emergency supply flexibility and waiting time 19] constraints; November; 1045 Roundy, R.O., S. Zhou, P. Jackson and R.Q. Zhang: The evolution of family level sales forecasts into product level forecasts: Modeling and Wong, H., D. Van Oudheusden and D. Cattrysse; Two-echelon multi-item estimation; September; 831 spare parts systems with emergency supply flexibility and waiting time constraints; November; 1045 Sargut, F.Z. and H.E. Romeijn; Capacitated production and subcontract- Wu, C., F. Jin and S. Song: An improved version of the NEH algorithm and ing in a serial supply chain; November; 1031 its application to large-scale flow-shop scheduling problems; February; Sen, A. and Y.L. Kogaga; Spare parts inventory management with demand 229 lead times and rationing; September; 879 Sethi, S.. S. Chand, V.N. Hsu and V. Deshpande; A dynamic lot sizing Yang, B. and J. Geunes: /nventory and lead time planning with lead-time- problem with multiple customers: customer-specific shipping and back- sensitive demand; May; 439 logging costs; November; 1059 Yue, X., B.K. Mishra and S Raghunathan; /nformation sharing in supply Shabtay, D., M. Kaspi and G. Steiner: The no-wait two-machine flow shop chains: Incentives for information distortion; September; 863 scheduling problem with convex resource-dependent processing times: May; 539 Zhang, R.Q., S. Zhou, P. Jackson and R.O. Roundy; The evolution of Shen, Z.-J.M. and G. Chen; Probabilistic asymptotic analysis of stochastic family level sales forecasts into product level forecasts: Modeling and online scheduling problems; May; 525 estimation, September; 831 Simchi-Levi, D., S$. Duran, T. Liu and J.L. Swann; Optimal production Zhou, S., P. Jackson, R.O. Roundy and R.Q. Zhang; The evolution of and inventory policies of priority and price-differentiated customers; family level sales forecasts into product level forecasts: Modeling and September; 845 estimation, September; 831 KEYWORDS INDEX FOR 2007 approximation algorithms, 217, 559 channel coordination policies, 111 asymmetric information, 465 channel coordination, 465 asymptotic performance ratio, 525 channels of distribution, 465 congestion, 411, 1015 block property, 229 control theory, 911 bundling operations, 203 convex resource consumption function, 539 1148 Indices coordination, 203, 439, 899 new product development, 453 customer differentiation, 845 newsvendor model, 481 cyclic solutions, 217 no-wait, 539 nonstationary performance, 91 1 decentralized inventory management, 501 deliveries, 899 on-line scheduling, 525 demand lead time, 879 optimization, 1015 disaggregation, 831 discounting, 997 parallel machines, 559 distribution, 203 polynomial-time approximation schemes, 203 dynamic lot sizing model, 1059 price differentiated, 845 dynamic programming, 1031, 1059 priority differentiated, 845 problem reduction, 513 economic order quantity, 997 procurement planning, 439 emergency supply, 1045 production planning, 191 project management, 453 facility location, 159 put option, 481 fixed-charge cost, 191 flexible flowshop, 559 queueing, 1015 flow shop scheduling, 539 flow-shop scheduling problem, 229 rationing, 879 forecast evolution, 831 release time, 525 forecast horizon, 1059 risk aversion, 145 forecasting, 831, 863 risk, 145 free trade agreement, 425 robotic cells, 217 global sourcing, 425 scheduling, 203, 559, 899 sequential iteration, 453 heuristic, 1045 series-parallel graph, 539 heuristics, 177, 899 service level, 411 hierarchical cross-training, 125 service parts logistics, 159 hierarchical network design problem, 513 shortest path containing a node or an arc, 513 spare parts, 879, 1045 information sharing, 863 stochastic dominance, 481 integer programming, 159, 513 stochastic production/inventory systems, 501 inventory allocation, 997 stochastic, 525 inventory control, 439 subcontracting, 1031 inventory management, 159, 879 supply chain management, 145, 465, 911 inventory policy, 845 supply chain, 191 inventory, 145, 1045 supply chains, 863 Lagrangean decomposition, 191 tabu search, 177 Lagrangian relaxation, 411 tactical inventory, 845 lead times, 439 tariff, 425 local content, 425 threshold policies, 845 location, 1015 timing, 145 location-inventory model, 411 total weighted completion time, 525 logistics network design, 159 truckload shipments, 177 TSP on k-root cost matrices, 539 make-to-stock queue, 501 two-class, 845 Martingale, 831 two-echelon lot sizing, 1031 multi-commodity network flow, 191 two-echelon, 1045 multiechelon inventory control, 911 two-period model, 111 multiple class, 997 multiple customers, 1059 win-win outcome, | 11 workforce agility, 125 NEH algorithm, 229 worksharing, 125 network design, 177 worst-case analysis, 899 Indices REFEREES FOR 2007 Alessandro Agnetis, Universita di Siena, Italy Armann Ingolfsson, University of Alberta, Canada Elif Akcali, University of Florida Osman Alp, Bilkent University, Turkey Apurva Jain, University of Washington Aydin Alptekinoglu, University of Florida Ganesh Janakiram, New York University Arif Anwar, University of Southampton, United Kingdom Fariborz Jolai, University of Tehran, Iran Ardavan Asef-Vaziri, California State University, Northridge Mohan Junna, University of Wyoming Sven Axsater, Lund University, Sweden Goker Aydin, University of Michigan—Ann Arbor Bahar Kara, Bilkent University, Turkey Haldun Aytug, University of Florida Fikri Karaesman, Koc University, Turkey Mark Karwan, University at Buffalo, New York Alok Baveja, Rutgers University Adam Kasperski, Wroclaw Polytechnic, Poland Pelin Bayindir, Middle East Technical University, Turkey Pinar Keskinocak, Georgia Institute of Technology Murat Bayiz. University of Southern California Gudrun Kiesmuller, Technische Universiteit Eindhoven, Damien Beil, University of Michigan—Ann Arbor The Netherlands Emre Berk, Bilkent University, Turkey Anton Kleywegt, Georgia Institute of Technology Fernando Bernstein, Duke University Andreas Klose, University of Zurich, Switzerland Luca Bertazzi, Universita Degli Studi Di Brescia, Italy Gurhan Kok, Duke University Ebru Bish, Virginia Polytechnic Institute and State University Erhan Kutanoglu, University of Texas at Austin Tamer Boyaci, McGill University Kerem Bulbul, Sabanci University, Turkey Amy Lee, Chung Hua University, Taiwan Apostolos Burnetas, University of Athens, Greece Chung-Yee Lee, Hong Kong University of Science and Technology Shine-Der Lee, National Cheng Kung University, Taiwan Xiaogiang Cai, Chinese University of Hong Kong V. Jorge Leon, Texas A & M, College Station Janice Carrillo, University of Florida Janny Leung, Chinese University of Hong Kong Emilio Carrizosa, Universidad de Sevilla, Spain Joseph Leung, New Jersey Institute of Technology F.T.S. Chan, University of Hong Kong Retsef Levi, Massachusetts Institute of Technology Rachel Chen, University of California at Davis Yuri Levin, Queen’s University, Canada Xin Chen, University of Illinois Eugene Levner, Holon Academic Institute of Technology, Israel Youhua Frank Chen, Chinese University of Hong Kong Chung-Lun Li, Hong Kong University of Science and Technology Zhi-Long Chen, University of Maryland Rong Li, Singapore Management University Chun-Hung Cheng, Chinese University of Hong Kong Bertrand M.T. Lin, National Chiao Tung University, Taiwan Mabel Chou, National University of Singapore Kyle Lin, Naval Postgraduate School William Cooper, University of Minnesota Vladimir Marianov, Pontificia Universidad Catolica de Chile Scott Mason, University of Arkansas Magbool Dada, Purdue University William Millhauser, City University of New York Milind Dawande, University of Texas at Dallas Ajay Mishra, Binghamton University Meltem Denizel, Sabanci University, Turkey Julien Moncel, Laboratoire G-SCOP, Grenoble, France Vinayak Deshpande, Purdue University Edward Mooney, Montana State University Maged Dessouky, University of Southern California David Morton, University of Texas at Austin Moshe Dror, University of Arizona Ana Muriel, University of Massachusetts Elizabeth Durango-Cohen, Illinois Institute of Technology Kumar Muthuraman, Purdue University Ozlem Ergun, Georgia Institute of Technology Hussein Naseraldin, University of Calgary Feryal Erhun, Stanford University Serguei Netessine, University of Pennsylvania Nesim Erkip, Bilkent University, Turkey Chi To Ng, Hong Kong Polytechnic University Murat Erkoc, University of Miami Shun-Chen Niu, University of Texas at Dallas Qi Feng, University of Texas at Austin Ceyda Oguz, Koc University, Turkey Mark E. Ferguson, Georgia Institute of Technology Tava Olsen, Washington University in St. Louis Michael Fry, University of Cincinnati Daniel Oron, University of Sydney, Australia Ammar Oulamara, Ecole des Mines de Nancy, France Srinagesh Gavirneni, Cornell University Yanfeng Ouyang, University of Illinois at Urbana-Champaign Yigal Gerchak, Tel Aviv University, Israel Suleyman Ozekici, Koc University, Turkey Joseph Geunes, University of Florida Linguo Gong, Rutgers University, New Jersey Nicholas Petruzzi, University of Illinois Abhijit Gosavi, State University of New York ai Buffalo Mare Posner, Ohio State University Stephen Graves, Massachusetts Institute of Technology Shanhong Gu, JP Morgan Chase Lian Qi, University of Florida David He, University of Illinois at Chicago Mark Hillier, University of Washington Yaron Raviy, Claremont-McKenna College Boray Huang, University of Mississippi Saibal Ray, McGill University, Canada Simin Huang, Tsinghua University, China Giovanni Righini, Universita degli Studi di Milano, Italy Woonghee Tim Huh, Columbia University Larry Robinson, Cornell University Brian C. Rodrigues, Singapore Management University 1150 Indices Edwin Romeijn, University of Florida Doug Thomas, Pennsylvania State University Dolores Romero-Morales, University of Oxford, United Kingdom Ronald Tibben-Lembke, University of Nevada, Reno Jennifer Ryan, University College Dublin, Ireland Brian Tomlin, University of North Carolina Ayten Turkan, Middle East Technical University, Ankara, Turkey Ilhan Sabuncuoglu, Bilkent University, Turkey Kristin Sahyouni, Northwestern University Halit Uster, Texas A&M University Canan Savaskan, Northwestern University Alan Scheller-Wolf, Carnegie Mellon University George L. Vairaktarakis, Case Western Reserve University Sridhar Seshadri, New York University Mark Van Oyen, University of Michigan Natalia Shakhlevich, University of Leeds, United Kingdom Mathieu Van Vyve. RALM Electrabel, Belgium Z.-J. Max Shen, University of California at Berkeley Senthil Veeraraghavan, University of Pennsylvania Stephen Shum, Hong Kong University of Science and Technology Sushil Verma, Signal Demand, Inc. Susan Slotnick, Cleveland State University, Ohio Vedat Verter, McGill University, Canada Larry Snyder, Lehigh University Rick So, University of California at Irvine Guohua Wan, New York University Svenja Sommer, Purdue University Tong Wang, INSEAD, France Jeannette Song, Duke University Qian Wang, Chinese Academy of Sciences Karthik Sourirajan, IBM Scott Webster, New York Francis Sourd, Universite’ Pierre et Marie Curie, Paris, France Michael Weng, University of South Florida Gilvan Souza, University of Maryland Wilbert Wilhelm, Texas A&M University Refik Soyer, George Washington University Mandyam Srinivasan, University of Tennessee Chelliah Sriskandarajah, University of Texas at Dallas Xiaowei Xu, Rutgers University Frits C.R. Spieksma, Katholieke Universiteit Leuven, Belgium Yi Xu, University of Miami Effie Stavrulaki, Bentley College. Massachusetts Richard Steinberg, Cambridge University Shuya Yin, University of California at Irvine Peng Sun, Duke University Xiaohang Yue, University of Wisconsin-Milwaukee Julie Swann, Georgia Institute of Technology Banu Yuksel-Ozkaya, Georgia Institute of Technology Robert Tamastik, Pratt and Whitney Rachel Zhang, Hong Kong University of Science and Technology Baris Tan, Koc University, Turkey Yuanyuan Zhang, Chinese University of Petroleum at Beijing Tarkan Tan, Technische Universiteit Eindhoven, Netherlands Jiang Zheng, Adelphi University, New York Ruud Teunter, Lancaster University Management School, United Shaohui Zheng, Hong Kong University of Science and Technology Kingdom Indices OPERATIONS ENGINEERING AUTHOR INDEX FOR 2007 Abraham, D.M., J. Qiao, D. Jeong, M. Lawley, J.-P.P. Richard and Y. Yih; Klastorin, T. and G. Mitchell ; An effective methodology for the stochastic Allocating security resources to a water supply network; January; 95 project compression problem; October; 957 Altiok, T., B. Balcioglu and D.L. Jagerman; Approximate mean waiting Kobza, J.E., L.A. McLay and S.H. Jacobson; Integer programming models time ina GI/ D/ 1 queue with autocorrelated times to failures; October; and analysis for a multilevel passenger screening problem: January; 73 985 Kobza, J.E., S.H. Jacobson and E. Pohl; Editors’ introduction: special Atashgah, A.B. and A. Seifi; Application of semi-definite programming to issue on homeland security; January; | the design of multi-response experiments; July; 763 Kulkarni, G. and Y. Fathi; A very large scale neighborhood searcha lgorithm for the q-mode problem; October; 971 Balcioglu, B., D.L. Jagerman and T. Altiok; Approximate mean waiting Kulturel-Konak, S., A.E. Smith and B.A. Norman; Bi-objective facility time ina GI/ D/ 1 queue with autocorrelated times to failures; October; expansion and relayout considering monuments; July; 747 985 Batta, R. and Q. Gong; Allocation and reallocation of ambulances to ca- Lahmar, M. and S. Benjaafar; Sequencing with limited flexibility; October: sualty clusters in a disaster relief operation; January; 27 937 Benjaafar, S. and M. Lahmar ; Sequencing with limited flexibility; October; Lawley, M., J. Qiao, D. Jeong, J.-P.P. Richard, D.M. Abraham and Y. Yih; 937 Allocating security resources to a water supply network; January; 95 Beyeler, W., H.-S.J. Min, T. Brown, Y.J. Son and A.T. Jones; Toward mod- Lim, C. and J.C. Smith; Algorithms for discrete and continuous multicom- eling and simulation of critical national infrastructure interdependen- modity flow network interdiction problems; January; 15 cies; January; 57 Brown, T., H.-S.J. Min, W. Beyeler, Y.J. Son and A.T. Jones; Toward mod- McLay, L.A., S.H. Jacobson and J.E. Kobza; /nteger programming models eling and simulation of critical national infrastructure interdependen- and analysis for a multilevel passenger screening problem; January; 73 cies; January; 57 Min, H.-S.J., W. Beyeler, T. Brown, Y.J. Son and A.T. Jones; Toward mod- Brusco, M.J. and D. Steinley; Exact and approximate algorithms for part- eling and simulation of critical national infrastructure interdependen- machine clustering based on a relationship between interval graphs and cies; January; 57 Robinson matrices; October; 925 Mitchell, G. and T. Klastorin; An effective methodology for the stochastic project compression problem; October; 957 Chiu, W. and W.T. Song; A five-class variance swapping rule for simulation Morton, D.P., F. Pan and K.J. Saeger; Models for nuclear smuggling in- experiments: A correlated-blocks design, July; 713 terdiction; January; 3 Chiu, Y.-C., H. Zheng, J. Villalobos and B. Gautam; Modeling no-notice mass evacuation using a dynamic traffic flow optimization model; Jan- Nelson, B.L. and L.J. Hong; Selecting the best system when systems are uary; 83 revealed sequentially; July; 723 Norman, B.A., S. Kulturel-Konak and A.E. Smith; Bi-ohjective facility Dessouky, M., H. Jia and F. Oordiiez; A modeling framework for facility expansion and relayout considering monuments; July; 747 location of medical services for large-scale emergencies; January; 41 Ooronez, F., H. Jia and M. Dessouky; A modeling framework for facility Fathi, Y. and G. Kulkarni; A very large scale neighborhood search algorithm location of medical services for large-scale emergencies: January: 41 for the q-mode problem; October; 971 Pan, F., D.P. Morton and K.J. Saeger; Models for nuclear smuggling in- Gautam, B., Y.-C. Chiu, H. Zheng and J. Villalobos; Modeling no-notice terdiction; January; 3 mass evacuation using a dynamic traffic flow optimization model, Jan- Pohl, E., S.H. Jacobson and J.E. Kobza: Editors’ introduction: special uary; 83 issue on homeland security; January; | Gong, Q. and R. Batta; Allocation and reallocation of ambulances to ca- sualty clusters in a disaster relief operation; January; 27 Qiao, J., D. Jeong, M. Lawley, J.-P.P. Richard, D.M. Abraham and Y. Yih; Allocating security resources to a water supply network; January; 95 Hong, L.J. and B.L. Nelson; Selecting the best system when systems are revealed sequentially; July; 723 Richard, J.-P-P., J. Qiao, D. Jeong, M. Lawley, D.M. Abraham and Y. Yih; Allocating security resources to a water supply network; January; 95 Jacobson, S.H., JE. Kobza and E. Pohl; Editors’ introduction: special Ruben, R.A., K.-K. Yang and S. Webster; An evaluation of worker cross issue on homeland security; January; | training and flexible workdays in job shops: July; 735 Jacobson, S.H., L.A. McLay and J.E. Kobza; Integer programming models and analysis for a multilevel passenger screening problem, January; 73 Saeger, K.J., D.P. Morton and F. Pan; Models for nuclear smuggling inter- Jagerman, D.L., B. Balcioglu, and T. Altiok; Approximate mean waiting diction; January; 3 time ina G1/D/\ queue with autocorrelated times to failures; October; Seifi, A. and A.B. Atashgah; Application of semi-definite programming to 985 the design of multi-response experiments; July; 763 Jeong, D., J. Qiao, M. Lawley, J.-P.P. Richard, D.M. Abraham and Y. Yih; Smith, A.E., S. Kulturel-Konak and B.A. Norman; Bi-objective facility Allocating security resources to a water supply network; January; 95 expansion and relayout considering monuments; July; 747 Jia, H., F. Oordfiez and M. Dessouky; A modeling framework for facility Smith, J.C. and C. Lim; Algorithmfso r discrete and continuous multicom- location of medical servicefso r large-scale emergencies; January; 41 modity flow network interdiction problems; January; 15 Jones, A.T., H.-S.J. Min, W. Beyeler, T. Brown and Y.J. Son; Toward mod- Son, Y.J., H.-S.J. Min, W. Beyeler, T. Brown and A.T. Jones; Toward mod- eling and simulation of critical national infrastructure interdependen- eling and simulation ofc ritical national infrastructure interdependen- cies; January; 57 cies; January; 57 1152 Indices Song, W.T. and W. Chiu; A five-class variance swapping rule for simulation Webster, S., K.-K. Yang and R.A. Ruben; An evaluation of worker cross experiments: A correlated-blocks design; July; 713 training and flexible workdays in job shops; July; 735 Song, W.T.; A finite-memory algorithm for estimating the variance of the sample mean; July; 703 Yang, K.-K., S. Webster and R.A. Ruben; An evaluation of worker cross Steinley, D. and M.J. Brusco; Exact and approximate algorithms for part- training and flexible workdays in job shops; July; 735 machine clustering based on a relationship between interval graphs and Yih, Y., J. Qiao, D. Jeong, M. Lawley, J.-P.P. Richard and D.M. Abraham; Robinson matrices; October; 925 Allocating security resources to a water supply network; January; 95 Villalobos, J., Y.-C. Chiu, H. Zheng and B. Gautam; Modeling no-notice Zheng, H.,Y.-C. Chiu, J. Villalobos and B. Gautam; Modeling no-notice mass evacuation using a dynamic traffic flow optimization model; mass evacuation using a dynamic traffic flow optimization model: January; 83 January; 83 KEYWORDS INDEX FOR 2007 2 factorial designs* correlated blocks, 713 makespan, 27 G1I/D/\ queues with unreliable server, 985 mass evacuation, 83 mean squared error, 703 ambulance allocation, 27 mean waiting time, 985 ambulance reallocation, 27 metamodel, 713 autocorrelation, 985 monuments, 747 automotive industry, 937 multi-response D-optimal designs, 763 aviation security, 73 multi-response linear models, 763 multicommodity flows, 15 batch means estimators, 703 bi-objective unequal-area facility re-layout problem, 747 bilinear programming, 15 network interdiction, 3, 15 branch and bound, 925 no-notice, 83 cell transmission model, 83 optimization via simulation, 723 cellular manufacturing, 925 cluster analysis, 971 pareto front, 747 cluster, 27 P-center, 41 consequence mitigation, 95 P-median, 41 covering problem, 41 process completion time, 985 critical infrastructure, 57 project management, 957 project scheduling, 957 data mining, 971 disaster planning, 95 discrete optimization, 73 ranking and selection, 723 disruption evaluation, 57 Robinson matrix, 925 dynamic programming, 925 dynamic traffic assignment, 83 semi-definite programming, 763 sequencing, 937 emergency management, 83 shop floor control, 735 facility expansion, 747 simulation, 713, 735 facility layout, 925 stochastic compression/crashing, 957 facility location, 41 stochastic programming, 3 feature assignment, 937 system design, 723 fixed departments, 747 system dynamics, 57 flexibility, 937 tabu search, 747 homelands, 73 time-cost trade-offs, 957 traveling salesman problem, 937 IDEF, 57 integer programming, 3, 15, 73 interval graphs, 925 variance of the sample mean, 703 variance swapping rules, 713 job shop scheduling, 735 vulnerability assessment, 95 large-scale emergency, 41 water distribution, 95 linear programming, 83 weighted total flow time, 27 local search/local improvement, 971 workforce scheduling, 735