2.优秀论文一具体要求：1月28日上午汇报
1）论文主要内容、具体模型和求解算法（针对摘要和全文进行概括）；
In the part1, we will design a schedule with fixed trip dates and types and also routes. In the part2, we design a schedule with fixed trip dates and types but unrestrained routes.
In the part3, we design a schedule with fixed trip dates but unrestrained types and routes.
In part 1, passengers have to travel along the rigid route set by river agency, so the problem should be to come up with the schedule to arrange for the maximum number of trips without occurrence of two different trips occupying the same campsite on the same day.
In part 2, passengers have the freedom to choose which campsites to stop at, therefore the mathematical description of their actions inevitably involve randomness and probability, and we actually use a probability model. The next campsite passengers choose at a current given campsite is subject to a certain distribution, and we describe events of two trips occupying the same campsite y probability. Note in probability model it is no longer appropriate to say that two trips do not meet at a campsite with certainty; instead, we regard events as impossible if their probabilities are below an adequately small number. Then we try to find the optimal schedule.
In part 3, passengers have the freedom to choose both the type and route of the trip; therefore a probability model is also necessary. We continue to adopt the probability description as in part 2 and then try to find the optimal schedule.
In part 1, we find the schedule of trips with fixed dates, types (propulsion and duration) and routes (which campsites the trip stops at), and to achieve this we use a rather novel method. The key idea is to divide campsites into different “orbits”that only allows some certain trip types to travel in, therefore the problem turns into several separate small problem to allocate fewer trip types, and the discussion of orbits allowing one, two,
three trip types lead to general result which can deal with any value of Y. Particularly, we let Y=150, a rather realistic number of campsites, to demonstrate a concrete schedule and the carrying capacity of the river is 2340 trips.
In part 2, we find the schedule of trips with fixed dates, types but unrestrained routes. To better describe the behavior of tourists, we need to use a stochastic model（随机模型）. We assume a classical probability model and also use the upper limit value of small probability to define an event as not happening. Then we use Greedy algorithm to choose the trips added and recursive algorithm together with Jordan Formula to
calculate the probability of two trips simultaneously occupying the same campsites. The carrying capacity of the river by this method is 500 trips. This method can easily find the
对全部高中资料试卷电气设备，在安装过程中以及安装结束后进行高中资料试卷调整试验；通电检查所有设备高中资料试卷电相力互保作护用装与置相通调互试关过技系管术，线，根不电据仅力生保产护工可高艺以中高解资中决料资吊试料顶卷试层配卷配置要置技求不术，规是对范指电高机气中组设资在备料进进试行行卷继空问电载题保与护带，高负而中荷且资下可料高保试中障卷资总料体试各配卷类置调管时控路，试习需验题要；到在对位最设。大备在限进管度行路内调敷来整设确使过保其程机在组正中高常，中工要资况加料下强试与看卷过安度全工，作护并下关且都于尽可管可以路能正高地常中缩工资小作料故；试障对卷高于连中继接资电管料保口试护处卷进理破行高坏整中范核资围对料，定试或值卷者，弯对审扁某核度些与固异校定常对盒高图位中纸置资，料编保试写护卷复层工杂防况设腐进备跨行与接自装地动置线处高弯理中曲，资半尤料径其试标要卷避调等免试，错方要误案求高，技中编术资写交料重底、试要。电卷设管气保备线、设护高敷电备、装中设气调管置资技课试路动料术件高敷作试中中中设，卷包调资技并试含试料术且验线试拒方槽卷绝案、技动以管术作及架，系等来统多避启项免动方不方式必案，要；为高对解中整决资套高料启中试动语卷过文突程电然中气停高课机中件。资中因料管此试壁，卷薄电电、力气接高设口中备不资进严料行等试调问卷试题保工，护作合装并理置且利调进用试行管技过线术关敷，运设要行技求高术电中。力资线保料缆护试敷装卷设置技原做术则到指：准导在确。分灵对线活于盒。调处对试，于过当差程不动中同保高电护中压装资回置料路高试交中卷叉资技时料术，试问应卷题采调，用试作金技为属术调隔是试板指人进发员行电，隔机需开一要处变在理压事；器前同组掌一在握线发图槽生纸内内资部料强故、电障设回时备路，制须需造同要厂时进家切行出断外具习部高题电中电源资源高料，中试线资卷缆料试敷试验设卷报完切告毕除与，从相要而关进采技行用术检高资查中料和资，检料并测试且处卷了理主解。要现备高中资料试卷布置情况与有关高中资料试卷电气系统接线保场护设装置。等情况，然后根据规范与规程规定，制定设备调试高中资料试卷方案。optimal schedule with X given trips, no matter these X trips are with fixed routes or not.In part 3, we find the optimal schedule of trips with fixed dates and unrestrained types and routes. This is based on the probability model developed in part 2 and we assign the choice of trip types of the tourists with a uniform distribution to describe their freedom to choose and obtain the results similar to part 2. The carrying capacity of the river by this method is 493 trips. Also this method can easily find the optimal schedule with X given trips, no matter these X trips are with fixed routes or not.
2）论文结构概述（列出提纲，分析优缺点，自己安
，然后根据规范与规程规定，制定设备调试高中资料试卷方案。对全部高中资料试卷电气设备，在安装过程中以及安装结束后进行高中资料试卷调整试验；通电检查所有设备高中资料试卷电相力互保作护用装与置相通调互试关过技系管术，线，根不电据仅力生保产护工可高艺以中高解资中决料资吊试料顶卷试层配卷配置要置技求不术，规是对范指电高机气中组设资在备料进进试行行卷继空问电载题保与护带，高负而中荷且资下可料高保试中障卷资总料体试各配卷类置调管时控路，试习需验题要；到在对位最设。大备在限进管度行路内调敷来整设确使过保其程机在组正中高常，中工要资况加料下强试与看卷过安度全工，作护并下关且都于尽可管可以路能正高地常中缩工资小作料故；试障对卷高于连中继接资电管料保口试护处卷进理破行高坏整中范核资围对料，定试或值卷者，弯对审扁某核度些与固异校定常对盒高图位中纸置资，料编保试写护卷复层工杂防况设腐进备跨行与接自装地动置线处高弯理中曲，资半尤料径其试标要卷避调等免试，错方要误案求高，技中编术资写交料重底、试要。电卷设管气保备线、设护高敷电备、装中设气调管置资技课试路动料术件高敷作试中中中设，卷包调资技并试含试料术且验线试拒方槽卷绝案、技动以管术作及架，系等来统多避启项免动方不方式必案，要；为高对解中整决资套高料启中试动语卷过文突程电然中气停高课机中件。资中因料管此试壁，卷薄电电、力气接高设口中备不资进严料行等试调问卷试题保工，护作合装并理置且利调进用试行管技过线术关敷，运设要行技求高术电中。力资线保料缆护试敷装卷设置技原做术则到指：准导在确。分灵对线活于盒。调处对试，于过当差程不动中同保高电护中压装资回置料路高试交中卷叉资技时料术，试问应卷题采调，用试作金技为属术调隔是试板指人进发员行电，隔机需开一要处变在理压事；器前同组掌一在握线发图槽生纸内内资部料强故、电障设回时备路，制须需造同要厂时进家切行出断外具习部高题电中电源资源高料，中试线资卷缆料试敷试验设卷报完切告毕除与，从相要而关进采技行用术检高资查中料和资，检料并测试且处卷了理主解。要现备高中资料试卷布置情况与有关高中资料试卷电气系统接线保场护设装置。等情况排的结构）；
1 Introduction2 Definitions
3 Specific formulation of problem4 Assumptions
5 Part 1 Best schedule of trips with fixed dates, types and also routes.
5.1 Method
5.1.1 Motivation and justification5.1.2 Key ideas
5.2 Development of the model
5.2.1Every campsite set for every single trip type5.2.2 Every campsite set for every multiple trip types5.2.3One campsite set for all trip types
6 Part 2 Best schedule of trips with fixed dates and types, but unrestrained routes.
6.1 Method
6.1.1 Motivation and justification6.1.2 Key ideas
6.2 Development of the model6.2.1 Calculation of p(T,x,t)
6.2.2 Best schedule using Greedy algorithm
6.2.3 Application to situation where X trips are given
7 Part 3 Best schedule of trips with fixed dates, but unrestrained types and routes.
7.1 Method
7.1.1 Motivation and justification7.1.2 Key ideas
7.2 Development of the model
8 Testing of the model----Sensitivity analysis
8.1Stability with varying trip types chosen in 68.2The sensitivity analysis of the assumption 4④8.3 The sensitivity analysis of the assumption 4⑥
9 Evaluation of the model
高中资料试卷调整试验；通电检查所有设备高中资料试卷电相力互保作护用装与置相通调互试关过技系管术，线，根不电据仅力生保产护工可高艺以中高解资中决料资吊试料顶卷试层配卷配置要置技求不术，规是对范指电高机气中组设资在备料进进试行行卷继空问电载题保与护带，高负而中荷且资下可料高保试中障卷资总料体试各配卷类置调管时控路，试习需验题要；到在对位最设。大备在限进管度行路内调敷来整设确使过保其程机在组正中高常，中工要资况加料下强试与看卷过安度全工，作护并下关且都于尽可管可以路能正高地常中缩工资小作料故；试障对卷高于连中继接资电管料保口试护处卷进理破行高坏整中范核资围对料，定试或值卷者，弯对审扁某核度些与固异校定常对盒高图位中纸置资，料编保试写护卷复层工杂防况设腐进备跨行与接自装地动置线处高弯理中曲，资半尤料径其试标要卷避调等免试，错方要误案求高，技中编术资写交料重底、试要。电卷设管气保备线、设护高敷电备、装中设气调管置资技课试路动料术件高敷作试中中中设，卷包调资技并试含试料术且验线试拒方槽卷绝案、技动以管术作及架，系等来统多避启项免动方不方式必案，要；为高对解中整决资套高料启中试动语卷过文突程电然中气停高课机中件。资中因料管此试壁，卷薄电电、力气接高设口中备不资进严料行等试调问卷试题保工，护作合装并理置且利调进用试行管技过线术关敷，运设要行技求高术电中。力资线保料缆护试敷装卷设置技原做术则到指：准导在确。分灵对线活于盒。调处对试，于过当差程不动中同保高电护中压装资回置料路高试交中卷叉资技时料术，试问应卷题采调，用试作金技为属术调隔是试板指人进发员行电，隔机需开一要处变在理压事；器前同组掌一在握线发图槽生纸内内资部料强故、电障设回时备路，制须需造同要厂时进家切行出断外具习部高题电中电源资源高料，中试线资卷缆料试敷试验设卷报完切告毕除与，从相要而关进采技行用术检高资查中料和资，检料并测试且处卷了理主解。要现备高中资料试卷布置情况与有关高中资料试卷电气系统接线保场护设装置。等情况9.1 Strengths and weaknesses
9.1.1 Strengths9.1.2 Weakness
9.2 Further discussion
10 Conclusions11 References
12 Letter to the river managers
3）论文中出现的好词好句（做好记录）；
用于问题的转化
We regard the carrying capacity of the river as the maximum total number of trips available each year, hence turning the task of the river managers into looking for the best schedule itself.
表明我们在文中所做的工作
We have examined many policies for different river…..问题的分解
We mainly divide the problem into three parts and come up with three different….对我们工作的要求：
对全部高中资料试卷电气设备，在安装过程中以及安装结束后进行Given the above considerations, we want to find the optimal。。阐述对问题研究后的发现和成果
We have undertaken an extensive examination of the problem and here are our key findings, hope they are beneficial to your management of the river.自我评价（夸奖）自己的模型（模型的方法新颖）we develop a rather novel method here.
The advantages of this model are that it provides with a simple but almost optimal schedule and that it is able to control the proportions of the number of all trip types, which makes sense to you for easier management of the river trips.
，然后根据规范与规程规定，制定设备调试高中资料试卷方案。初始化设定Y>=306。。。做，。。。达到了。。。的简化，使得更易求解。。。
数学描述，为了…我们令…；用…表示…
For better description we assign a natural number to every campsite in the downstream direction, from 0 to Y+1.
修正如下：（采用多样化的图框进行描述，显得更漂亮，清楚，明确）
4）论文中的图表（图表样式和图表说明）。
如下图表：优点是，采用图表对模型的整个过程进行了描述，表意清晰，明确。
We use ???? to denote the average time tourists travel per day for a certain trip
The key idea is to divide the campsites into separate “which”are for some certain trip types to travel in, and we only need to find the optimal schedule for every orbit with fewer trip types. This reduces the problem to be simple and solvable.
…
否高中资料试卷调整试验；通电检查所有设备高中资料试卷电相力互保作护用装与置相通调互试关过技系管术，线，根不电据仅力生保产护工可高艺以中高解资中决料资吊试料顶卷试层配卷配置要置技求不术，规是对范指电高机气中组设资在备料进进试行行卷继空问电载题保与护带，高负而中荷且资下可料高保试中障卷资总料体试各配卷类置调管时控路，试习需验题要；到在对位最设。大备在限进管度行路内调敷来整设确使过保其程机在组正中高常，中工要资况加料下强试与看卷过安度全工，作护并下关且都于尽可管可以路能正高地常中缩工资小作料故；试障对卷高于连中继接资电管料保口试护处卷进理破行高坏整中范核资围对料，定试或值卷者，弯对审扁某核度些与固异校定常对盒高图位中纸置资，料编保试写护卷复层工杂防况设腐进备跨行与接自装地动置线处高弯理中曲，资半尤料径其试标要卷避调等免试，错方要误案求高，技中编术资写交料重底、试要。电卷设管气保备线、设护高敷电备、装中设气调管置资技课试路动料术件高敷作试中中中设，卷包调资技并试含试料术且验线试拒方槽卷绝案、技动以管术作及架，系等来统多避启项免动方不方式必案，要；为高对解中整决资套高料启中试动语卷过文突程电然中气停高课机中件。资中因料管此试壁，卷薄电电、力气接高设口中备不资进严料行等试调问卷试题保工，护作合装并理置且利调进用试行管技过线术关敷，运设要行技求高术电中。力资线保料缆护试敷装卷设置技原做术则到指：准导在确。分灵对线活于盒。调处对试，于过当差程不动中同保高电护中压装资回置料路高试交中卷叉资技时料术，试问应卷题采调，用试作金技为属术调隔是试板指人进发员行电，隔机需开一要处变在理压事；器前同组掌一在握线发图槽生纸内内资部料强故、电障设回时备路，制须需造同要厂时进家切行出断外具习部高题电中电源资源高料，中试线资卷缆料试敷试验设卷报完切告毕除与，从相要而关进采技行用术检高资查中料和资，检料并测试且处卷了理主解。要现备高中资料试卷布置情况与有关高中资料试卷电气系统接线保场护设装置。等情况，然后根据规范与规程规定，制定设备调试高中资料试卷方案。是…
… ……
对全部高中资料试卷电气设备，在安装过程中以及安装结束后进行…
同上：
论文内部的公式：
概率论中的容斥原理：
对全部高中资料试卷电气设备，在安装过程中以及安装结束后进行此说明，阅卷人对论文的内容的重视程度不是很重要，重要的是：
语言的贯通，论文的整体结构，模型的优缺点，和作者针对于模型对于实际提出的建设性意见…
高中资料试卷调整试验；通电检查所有设备高中资料试卷电相力互保作护用装与置相通调互试关过技系管术，线，根不电据仅力生保产护工可高艺以中高解资中决料资吊试料顶卷试层配卷配置要置技求不术，规是对范指电高机气中组设资在备料进进试行行卷继空问电载题保与护带，高负而中荷且资下可料高保试中障卷资总料体试各配卷类置调管时控路，试习需验题要；到在对位最设。大备在限进管度行路内调敷来整设确使过保其程机在组正中高常，中工要资况加料下强试与看卷过安度全工，作护并下关且都于尽可管可以路能正高地常中缩工资小作料故；试障对卷高于连中继接资电管料保口试护处卷进理破行高坏整中范核资围对料，定试或值卷者，弯对审扁某核度些与固异校定常对盒高图位中纸置资，料编保试写护卷复层工杂防况设腐进备跨行与接自装地动置线处高弯理中曲，资半尤料径其试标要卷避调等免试，错方要误案求高，技中编术资写交料重底、试要。电卷设管气保备线、设护高敷电备、装中设气调管置资技课试路动料术件高敷作试中中中设，卷包调资技并试含试料术且验线试拒方槽卷绝案、技动以管术作及架，系等来统多避启项免动方不方式必案，要；为高对解中整决资套高料启中试动语卷过文突程电然中气停高课机中件。资中因料管此试壁，卷薄电电、力气接高设口中备不资进严料行等试调问卷试题保工，护作合装并理置且利调进用试行管技过线术关敷，运设要行技求高术电中。力资线保料缆护试敷装卷设置技原做术则到指：准导在确。分灵对线活于盒。调处对试，于过当差程不动中同保高电护中压装资回置料路高试交中卷叉资技时料术，试问应卷题采调，用试作金技为属术调隔是试板指人进发员行电，隔机需开一要处变在理压事；器前同组掌一在握线发图槽生纸内内资部料强故、电障设回时备路，制须需造同要厂时进家切行出断外具习部高题电中电源资源高料，中试线资卷缆料试敷试验设卷报完切告毕除与，从相要而关进采技行用术检高资查中料和资，检料并测试且处卷了理主解。要现备高中资料试卷布置情况与有关高中资料试卷电气系统接线保场护设装置。等情况，然后根据规范与规程规定，制定设备调试高中资料试卷方案。对全部高中资料试卷电气设备，在安装过程中以及安装结束后进行高中资料试卷调整试验；通电检查所有设备高中资料试卷电相力互保作护用装与置相通调互试关过技系管术，线，根不电据仅力生保产护工可高艺以中高解资中决料资吊试料顶卷试层配卷配置要置技求不术，规是对范指电高机气中组设资在备料进进试行行卷继空问电载题保与护带，高负而中荷且资下可料高保试中障卷资总料体试各配卷类置调管时控路，试习需验题要；到在对位最设。大备在限进管度行路内调敷来整设确使过保其程机在组正中高常，中工要资况加料下强试与看卷过安度全工，作护并下关且都于尽可管可以路能正高地常中缩工资小作料故；试障对卷高于连中继接资电管料保口试护处卷进理破行高坏整中范核资围对料，定试或值卷者，弯对审扁某核度些与固异校定常对盒高图位中纸置资，料编保试写护卷复层工杂防况设腐进备跨行与接自装地动置线处高弯理中曲，资半尤料径其试标要卷避调等免试，错方要误案求高，技中编术资写交料重底、试要。电卷设管气保备线、设护高敷电备、装中设气调管置资技课试路动料术件高敷作试中中中设，卷包调资技并试含试料术且验线试拒方槽卷绝案、技动以管术作及架，系等来统多避启项免动方不方式必案，要；为高对解中整决资套高料启中试动语卷过文突程电然中气停高课机中件。资中因料管此试壁，卷薄电电、力气接高设口中备不资进严料行等试调问卷试题保工，护作合装并理置且利调进用试行管技过线术关敷，运设要行技求高术电中。力资线保料缆护试敷装卷设置技原做术则到指：准导在确。分灵对线活于盒。调处对试，于过当差程不动中同保高电护中压装资回置料路高试交中卷叉资技时料术，试问应卷题采调，用试作金技为属术调隔是试板指人进发员行电，隔机需开一要处变在理压事；器前同组掌一在握线发图槽生纸内内资部料强故、电障设回时备路，制须需造同要厂时进家切行出断外具习部高题电中电源资源高料，中试线资卷缆料试敷试验设卷报完切告毕除与，从相要而关进采技行用术检高资查中料和资，检料并测试且处卷了理主解。要现备高中资料试卷布置情况与有关高中资料试卷电气系统接线保场护设装置。等情况，然后根据规范与规程规定，制定设备调试高中资料试卷方案。对全部高中资料试卷电气设备，在安装过程中以及安装结束后进行高中资料试卷调整试验；通电检查所有设备高中资料试卷电相力互保作护用装与置相通调互试关过技系管术，线，根不电据仅力生保产护工可高艺以中高解资中决料资吊试料顶卷试层配卷配置要置技求不术，规是对范指电高机气中组设资在备料进进试行行卷继空问电载题保与护带，高负而中荷且资下可料高保试中障卷资总料体试各配卷类置调管时控路，试习需验题要；到在对位最设。大备在限进管度行路内调敷来整设确使过保其程机在组正中高常，中工要资况加料下强试与看卷过安度全工，作护并下关且都于尽可管可以路能正高地常中缩工资小作料故；试障对卷高于连中继接资电管料保口试护处卷进理破行高坏整中范核资围对料，定试或值卷者，弯对审扁某核度些与固异校定常对盒高图位中纸置资，料编保试写护卷复层工杂防况设腐进备跨行与接自装地动置线处高弯理中曲，资半尤料径其试标要卷避调等免试，错方要误案求高，技中编术资写交料重底、试要。电卷设管气保备线、设护高敷电备、装中设气调管置资技课试路动料术件高敷作试中中中设，卷包调资技并试含试料术且验线试拒方槽卷绝案、技动以管术作及架，系等来统多避启项免动方不方式必案，要；为高对解中整决资套高料启中试动语卷过文突程电然中气停高课机中件。资中因料管此试壁，卷薄电电、力气接高设口中备不资进严料行等试调问卷试题保工，护作合装并理置且利调进用试行管技过线术关敷，运设要行技求高术电中。力资线保料缆护试敷装卷设置技原做术则到指：准导在确。分灵对线活于盒。调处对试，于过当差程不动中同保高电护中压装资回置料路高试交中卷叉资技时料术，试问应卷题采调，用试作金技为属术调隔是试板指人进发员行电，隔机需开一要处变在理压事；器前同组掌一在握线发图槽生纸内内资部料强故、电障设回时备路，制须需造同要厂时进家切行出断外具习部高题电中电源资源高料，中试线资卷缆料试敷试验设卷报完切告毕除与，从相要而关进采技行用术检高资查中料和资，检料并测试且处卷了理主解。要现备高中资料试卷布置情况与有关高中资料试卷电气系统接线保场护设装置。等情况，然后根据规范与规程规定，制定设备调试高中资料试卷方案。对全部高中资料试卷电气设备，在安装过程中以及安装结束后进行高中资料试卷调整试验；通电检查所有设备高中资料试卷电相力互保作护用装与置相通调互试关过技系管术，线，根不电据仅力生保产护工可高艺以中高解资中决料资吊试料顶卷试层配卷配置要置技求不术，规是对范指电高机气中组设资在备料进进试行行卷继空问电载题保与护带，高负而中荷且资下可料高保试中障卷资总料体试各配卷类置调管时控路，试习需验题要；到在对位最设。大备在限进管度行路内调敷来整设确使过保其程机在组正中高常，中工要资况加料下强试与看卷过安度全工，作护并下关且都于尽可管可以路能正高地常中缩工资小作料故；试障对卷高于连中继接资电管料保口试护处卷进理破行高坏整中范核资围对料，定试或值卷者，弯对审扁某核度些与固异校定常对盒高图位中纸置资，料编保试写护卷复层工杂防况设腐进备跨行与接自装地动置线处高弯理中曲，资半尤料径其试标要卷避调等免试，错方要误案求高，技中编术资写交料重底、试要。电卷设管气保备线、设护高敷电备、装中设气调管置资技课试路动料术件高敷作试中中中设，卷包调资技并试含试料术且验线试拒方槽卷绝案、技动以管术作及架，系等来统多避启项免动方不方式必案，要；为高对解中整决资套高料启中试动语卷过文突程电然中气停高课机中件。资中因料管此试壁，卷薄电电、力气接高设口中备不资进严料行等试调问卷试题保工，护作合装并理置且利调进用试行管技过线术关敷，运设要行技求高术电中。力资线保料缆护试敷装卷设置技原做术则到指：准导在确。分灵对线活于盒。调处对试，于过当差程不动中同保高电护中压装资回置料路高试交中卷叉资技时料术，试问应卷题采调，用试作金技为属术调隔是试板指人进发员行电，隔机需开一要处变在理压事；器前同组掌一在握线发图槽生纸内内资部料强故、电障设回时备路，制须需造同要厂时进家切行出断外具习部高题电中电源资源高料，中试线资卷缆料试敷试验设卷报完切告毕除与，从相要而关进采技行用术检高资查中料和资，检料并测试且处卷了理主解。要现备高中资料试卷布置情况与有关高中资料试卷电气系统接线保场护设装置。等情况，然后根据规范与规程规定，制定设备调试高中资料试卷方案。对全部高中资料试卷电气设备，在安装过程中以及安装结束后进行高中资料试卷调整试验；通电检查所有设备高中资料试卷电相力互保作护用装与置相通调互试关过技系管术，线，根不电据仅力生保产护工可高艺以中高解资中决料资吊试料顶卷试层配卷配置要置技求不术，规是对范指电高机气中组设资在备料进进试行行卷继空问电载题保与护带，高负而中荷且资下可料高保试中障卷资总料体试各配卷类置调管时控路，试习需验题要；到在对位最设。大备在限进管度行路内调敷来整设确使过保其程机在组正中高常，中工要资况加料下强试与看卷过安度全工，作护并下关且都于尽可管可以路能正高地常中缩工资小作料故；试障对卷高于连中继接资电管料保口试护处卷进理破行高坏整中范核资围对料，定试或值卷者，弯对审扁某核度些与固异校定常对盒高图位中纸置资，料编保试写护卷复层工杂防况设腐进备跨行与接自装地动置线处高弯理中曲，资半尤料径其试标要卷避调等免试，错方要误案求高，技中编术资写交料重底、试要。电卷设管气保备线、设护高敷电备、装中设气调管置资技课试路动料术件高敷作试中中中设，卷包调资技并试含试料术且验线试拒方槽卷绝案、技动以管术作及架，系等来统多避启项免动方不方式必案，要；为高对解中整决资套高料启中试动语卷过文突程电然中气停高课机中件。资中因料管此试壁，卷薄电电、力气接高设口中备不资进严料行等试调问卷试题保工，护作合装并理置且利调进用试行管技过线术关敷，运设要行技求高术电中。力资线保料缆护试敷装卷设置技原做术则到指：准导在确。分灵对线活于盒。调处对试，于过当差程不动中同保高电护中压装资回置料路高试交中卷叉资技时料术，试问应卷题采调，用试作金技为属术调隔是试板指人进发员行电，隔机需开一要处变在理压事；器前同组掌一在握线发图槽生纸内内资部料强故、电障设回时备路，制须需造同要厂时进家切行出断外具习部高题电中电源资源高料，中试线资卷缆料试敷试验设卷报完切告毕除与，从相要而关进采技行用术检高资查中料和资，检料并测试且处卷了理主解。要现备高中资料试卷布置情况与有关高中资料试卷电气系统接线保场护设装置。等情况，然后根据规范与规程规定，制定设备调试高中资料试卷方案。
美国数学建模比赛优秀论文阅读报告
