Wehner 401Q, MS 4353
College Station, TX 77843-4218
United States
Texas A&M University - Mays Business School
SSRN RANKINGS
in Total Papers Citations
supply chain scheduling; distribution system; cooperation in decision making; algorithms.
Scheduling, Robotic cells, Cyclic production, 1-unit cycles, Sequencing robot moves, Computational complexity, NP-hard, manufacturing, flexible manufacturing
cash supply chain; Federal Reserve System; depository institutions
Closed loop supply chain, Supply planning remanufacturing, Just-in-time production, Reverse logistics
Scheduling, Robotic cells, Cyclic production, 1-unit cycles, Sequencing robot moves, Computational complexity, NP-hard, flexible robotic cells
robotic cells, input/output, machine buffers, cyclic scheduling
zero inventory systems, pool-point delivery, scheduling of production, distribution operations
robotic cells; dual-gripper robots; manufacturing; cyclic solutions; approximation algorithms
shelf-space allocation; two-dimensional display; retail; location effects
retail; value of information; vending machines; inventory management
coordination; distribution; bin-packing; non-bipartite matching; paper industry
supply chain; production and distribution; logistics; genetic algorithms; memetic algorithms
Common server, robotic cells, semiconductor manufacturing, stochastic processing time
Cluster tools, cyclic solutions, dual-gripper robots, manufacturing
currency supply chain; Federal Reserve System; depository institutions; cross-shipping; custodial inventory
combinatorial optimization, robotics, discrete-time systems, scheduling theory
robotic cell; dual gripper robot; throughput optimization; parallel machines
Robotic cells, cyclic solutions, approximation algorithms.
Supply chain scheduling, Mathematical modeling, Greedy heuristics, Local search
Robotic cells, single-gripper and dual-gripper robots, throughput optimization, time window constraints
Robotic cells, single-gripper robots, dual-gripper robots, cyclic solutions, approximation algorithms
Robotic cell, dual-arm robot, cycle time, flowshop
scheduling; heuristics; batch scheduling; mathematical modelling; variable neighbourhood search