企業管理碩士學位學程

Keyphrases

1. Taiwan 100%
2. Joint Replenishment Problem 88%
3. Development Strategy 63%
4. Gold Coast 58%
5. Transit-oriented Development 58%
6. Shared Bicycle 44%
7. Campus-based 39%
8. Public Transport 35%
9. Queensland Australia 34%
10. Performance Evaluation 34%
11. Service Capacity 29%
12. Optimal Computing Budget Allocation 29%
13. Vélomobility 29%
14. Multi-campus University 29%
15. Stakeholder Relationships 29%
16. Development Concept 29%
17. Study in China 29%
18. Setting Time 29%
19. Seru Production System 29%
20. Bootstrap Data Envelopment Analysis 29%
21. Multiple Providers 29%
22. Flexibility Performance 29%
23. Trade Credit 29%
24. Multi-customer 29%
25. Manufacturing Flexibility 29%
26. Fundamental Change 29%
27. Behavioral Reasoning 29%
28. Intention to Use 29%
29. Brand Attitude 29%
30. Imaging Services 29%
31. Ordinary Least Squares 29%
32. Electric Moped 29%
33. UTAUT2 29%
34. Electric Scooter Sharing 29%
35. Green Infrastructure 29%
36. Magnetic Resonance Imaging 29%
37. Least Squares Approach 29%
38. Land Value Capture 29%
39. Manufacturing Firms 29%
40. Production System 29%
41. Pattern Application 29%
42. Property Prices 29%
43. Demand Responsive Transport Service 29%
44. Firm Performance 29%
45. Soft Factors 29%
46. Potential Adopters 29%
47. Electric Bicycle 29%
48. Optimal Resource Allocation 29%
49. Time Constraints 29%
50. Integration Algorithm 29%
51. Electric 29%
52. Stochastic Activity Networks 29%
53. Allocation Method 29%
54. Travel Demand Management 29%
55. Meta-analysis Approach 29%
56. Influence Factors 29%
57. Green Transportation System 29%
58. Carousel 29%
59. Baggage 29%
60. Gamified 29%
61. Usage Patterns 29%
62. Management Scheme 29%
63. YouBike 29%
64. Airport 29%
65. Australia 29%
66. Survival Model 29%
67. Usage Intention 24%
68. Genetic Algorithm 23%
69. Outbound 22%
70. Search Algorithm 20%
71. Informal Sector 19%
72. Politicians 19%
73. Partial Least Squares Structural Equation Modeling (PLS-SEM) 19%
74. Multi-skilled Workers 18%
75. Power-of-two Policy 17%
76. Monte Carlo Simulation 17%
77. Solution Approach 17%
78. Public Transport Service 16%
79. Sharing Scheme 14%
80. Travellers 14%
81. Overlap Length 14%
82. Transport Mode 14%
83. Sustainable Transport 12%
84. First-last Mile 12%
85. Planners 12%
86. Intention to Join 11%
87. Resource Allocation 11%
88. Participant Attitudes 11%
89. Participant Perceptions 11%
90. Shared Services 11%
91. Group Analysis 11%
92. Imaging Examination 11%
93. Taipei 11%
94. Industry Type 11%
95. Worker Turnover 11%
96. Heavy Rail 10%
97. Resource Strategy 9%
98. Trade-off Relationship 9%
99. Green Transport 9%
100. Transport Sector 9%

Social Sciences

1. Public Transport 71%
2. Consumers 67%
3. Performance Evaluation 39%
4. Development Strategy 33%
5. Transport System 33%
6. University Campuses 29%
7. Concept Development 29%
8. Strategy Development 29%
9. Firm Performance 29%
10. Service Provider 29%
11. Skilled Workers 29%
12. Informal Sector 29%
13. Demand Management 29%
14. Data Envelopment Analysis 29%
15. China 29%
16. Electric Scooter 29%
17. Meta-Analysis 29%
18. Land Value 29%
19. Structural Equation Modeling 21%
20. Pricing 14%
21. Passenger Transport 14%
22. Moped 14%
23. Industrial Sector 14%
24. Tendering 14%
25. Managers 14%
26. Transport 11%
27. Systematic Review 9%
28. Research Focus 9%
29. Micro Level 8%
30. Development Plans 8%
31. Legislation 8%
32. Two-Wheeler 7%
33. Fossil 7%
34. Transport Network 7%
35. Shared Transport 7%
36. Foreign Students 7%
37. Time Use 7%
38. Ownership 7%
39. Psychology 7%
40. Low Income 7%
41. Sociodemographics 7%
42. Personnel 7%
43. Country of Origin 7%
44. Target Groups 5%
45. Incentive 5%
46. Chinese 5%
47. Decision Making 5%