Office of Faculty of Business

Keyphrases

1. China 100%
2. Hong Kong 68%
3. Processing Time 43%
4. Retailers 36%
5. Supply Chain 36%
6. Single Machine 32%
7. Scheduling Problem 30%
8. Single Machine Scheduling 23%
9. Makespan 23%
10. Numerical Experiments 15%
11. Due Date 15%
12. Total Completion Time 15%
13. Selling 15%
14. Electronic Commerce 14%
15. NP-hard 14%
16. Supply Chain Management 13%
17. Firm Performance 13%
18. Two-machine Flow Shop 12%
19. Buyers 12%
20. Demand Uncertainty 12%
21. Moderating Role 12%
22. Setup Time 11%
23. Release Dates 11%
24. Fully Polynomial Time Approximation Scheme 11%
25. Shipping Industry 11%
26. Computational Experiment 10%
27. Job Processing 10%
28. Operations Management 10%
29. Approximation Algorithms 10%
30. Polynomial-time Algorithm 10%
31. Dynamic Programming Algorithm 10%
32. Managerial Insights 10%
33. Design Methodology 9%
34. Solution Method 9%
35. Information Technology 9%
36. Information Sharing 9%
37. Due Date Assignment 9%
38. Completion Time 9%
39. Deteriorating Jobs 9%
40. Parallel Machine Scheduling 9%
41. Blockchain 9%
42. Liner Shipping 9%
43. Strong NP-hardness 9%
44. Computational Results 8%
45. Shipping Companies 8%
46. Maritime Transportation 8%
47. Organizational Performance 8%
48. Asia 8%
49. Decision Maker 8%
50. Airport 8%
51. Quality of Service 8%
52. Heuristic Algorithms 8%
53. Makespan Minimization 8%
54. Congestion 8%
55. Single Machine Scheduling Problem 8%
56. Corporate Social Responsibility 8%
57. Total Weighted Completion Time 8%
58. Service Provider 7%
59. Motivation 7%
60. Partial Least Squares Structural Equation Modeling (PLS-SEM) 7%
61. Managerial Implications 7%
62. Two-agent 7%
63. Popular 7%
64. COVID-19 Pandemic 7%
65. Container Port 7%
66. Batch Scheduling 7%
67. Chinese Firms 7%
68. Business Performance 7%
69. Survey Data 7%
70. Customer Satisfaction 7%
71. Branch-and-bound Algorithm 7%
72. COVID-19 7%
73. Loyalty 7%
74. Starting Time 7%
75. Artificial Intelligence 7%
76. Carbon Emissions 7%
77. Manufacturing Firms 7%
78. Moderating Effect 7%
79. Learning Effect 6%
80. Maximum Lateness 6%
81. Scheduling Model 6%
82. Data Envelopment Analysis 6%
83. Computational Complexity 6%
84. Taiwan 6%
85. Container Shipping 6%
86. Berth 6%
87. Pricing Strategy 6%
88. Parallel Machines 6%
89. Stock Prices 6%
90. Polynomial Time 6%
91. Container Terminal 6%
92. Optimization Model 6%
93. Solution Algorithm 6%
94. Competitive Advantage 6%
95. Shipper 6%
96. Economic Growth 6%
97. Sensitivity Analysis 6%
98. Gamers 6%
99. Financial Performance 6%
100. Airlines 6%