MCM北美数学建模论文模版
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Title
Abstract:
Key words:
Team
# 4488
Page 2 of 9
Contents
1. Introduction
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1.1 Why does
toll way collects toll?
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1.2 Toll modes
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1.3
Toll collection methods
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1.4 Annoyance in toll plazas
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1.5 The origin of the toll way pro
blem
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1.6 Queuing theory
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2. The Description
of Problem
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2.1 How do we
approximate the whole course of paying
toll?
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2.2 How do we
define the optimal configuration? ................
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2.2.1 From the perspective
of motorist
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2.2.2 From the perspective of the toll
plaza
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2.2.3 Compromise
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2.3 Overall optimization and local opti
mization
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2.4 The differences in weights and
sizes of
vehicles
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2.5 What if there is no data
available?
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3. Models<
/p>
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3.1 Basic M
odel
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3.1.1
Symbols
and Definitions
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3.1.2
Assumptions
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3.1.3
The Foundation of Mode
l
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3.1.4
Solution and Result
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3.1.5
Analysis of the Result
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3.1.6
Strength and Weakness<
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3.2 Improved Model..................
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3.2.1
Extra Symbols
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3.2.2
Additional
Assumptions
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3.2.3
The
Foundation of Model
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3.2.4
Solution
and Result
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3.2.5
Analysis of the Result
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3.2.6
Strength and Weakness<
/p>
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4. Conclusions
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4.1 Conclusions
of the problem……………………………………..……………..19
4.2 Methods used in our models
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4.3 Application
of our models
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5. Future Work
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5.1 Another model
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5.2 Another layout of toll
plaza
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5.3 The
newly- adopted charging methods
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6.
References
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7.
Appendix
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Programs and codes
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Team
# 4488
Page 3 of 9
I.
Introduction
In order to
indicate the origin of
the toll way
problems
, the following background is
worth mentioning.
1.1
1.2
1.3
1.4
1.5
1.6
II. The Description of the
Problem
2.1 How do we approximate the
whole course of paying toll?
2.2 How do we
define the
optimal
configuration?
1) From the perspective of
motorist:
2)
From the perspective of the toll plaza:
3) Compromise:
Team
# 4488
Page 4 of 9
2.3 The local
optimization and the overall optimization
Virtually:
2.4 The
differences in weights and sizes of vehicles
2.5
What if there is no data available?
III. Models
3.1
Basic Model
3.1.1
Terms, Definitions and
Symbols
The signs and definitions are
mostly generated from
queuing
theory
.
3.1.2
Assumptions