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数学代写|运筹学作业代写OPERATIONS RESEARCH代考|Initial Solution

如果你也在 怎样代写运筹学Operations Research这个学科遇到相关的难题,请随时右上角联系我们的24/7代写客服。假设检验Hypothesis是假设检验是统计学中的一种行为,分析者据此检验有关人口参数的假设。分析师采用的方法取决于所用数据的性质和分析的原因。假设检验是通过使用样本数据来评估假设的合理性。

运筹学(Operation)是近代应用数学的一个分支。它把具体的问题进行数学抽象,然后用像是统计、数学模型和算法等方法加以解决,以此来寻找复杂问题中的最佳或近似最佳的解答。

二战中运筹学的应用

在二战时期,作战研究被定义为 “一种科学方法,为执行部门提供有关其控制的行动的决策的量化依据”。它的其他名称包括作战分析(英国国防部从1962年开始)和定量管理。

在第二次世界大战期间,英国有近1000名男女从事作战研究。大约有200名作战研究科学家为英国军队工作。

帕特里克-布莱克特在战争期间为几个不同的组织工作。战争初期,在为皇家飞机研究所(RAE)工作时,他建立了一个被称为 “马戏团 “的团队,帮助减少了击落一架敌机所需的防空炮弹数量,从不列颠战役开始时的平均超过20,000发减少到1941年的4,000发。

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我们提供的假设检验Hypothesis及其相关学科的代写,服务范围广, 其中包括但不限于:

  • 商业分析 Business Analysis
  • 计算机科学 Computer Science
  • 数据挖掘/数据科学/大数据 Data Mining / Data Science / Big Data
  • 决策分析 Decision Analytics
  • 金融工程 Financial Engineering
  • 数据预测 Data Forecasting
  • 博弈论 Game Theory
  • 地理/地理信息科学 Geography/Geographic Information Science
  • 图论 Graph Theory
  • 工业工程 Industrial Engineering
  • 库存控制 Inventory control
  • 数学建模 Mathematical Modeling
  • 数学优化 Mathematical Optimization
  • 概率和统计 Probability and statistics
  • 排队论 Queueing theory
  • 社交网络/交通预测模型 Social network/traffic prediction modeling
  • 随机过程 Stochastic processes
  • 供应链管理 Supply chain management

数学代写|运筹学作业代写OPERATIONS RESEARCH代考|Initial Solution

运筹学代写

数学代写|运筹学作业代写OPERATIONS RESEARCH代考|Least Cost Method

Both have a transportation cost of $\$ 4$ per unit. In case of situation of tie, the cell with the maximum allocation is selected. For route $S 2$ – D1, the allocation of number of units

would be 40 , whereas that of $\mathrm{S} 3$ – D1 would be 25 . The concept is that the maximum number of units should be transported at least possible cost. Thus, cell $\mathrm{a}{21}$ implying cost per unit of route $\mathrm{S} 2-\mathrm{D} 1$ is selected. Allocate the number of units required or available. If demand is more than supply, assign the number of available units and if supply is more than demand, assign the number of units required. Supply centre $S 2$ can produce a fixed quantity of 40 units whereas demand of D1 centre is fixed quantity of 65 units. So Southfield manufacturing facility can provide only this much of products to Marysville plant. The remaining demand of 25 units of D1 is yet to be fulfilled. But production capacity is fully utilized. So any resource that is fully utilized and becomes zero should be struck off as shown in Table 5.4. ii. The next minimum cost cell is $\mathrm{a}{31}$ indicating transportation cost of Rs. 4 per unit through route $\mathrm{S} 3-\mathrm{D}$. As demand is of only 25 units from available 25 units so 25 units would be allocated and column D1 as well as row S3 would be struck off.
iii. Cell $\mathrm{a}{12}$ indicating route $\mathrm{S} 1-\mathrm{D} 2$ is allocated 45 units. iv. Cell $\mathrm{a}{13}$ indicating route $\mathrm{S} 1-\mathrm{D} 3$ is allocated 10 units.

数学代写|运筹学作业代写OPERATIONS RESEARCH代考|North-West Corner Method

This method involves the following steps:
i. As the name suggests begin allocation of units from North-West cell of cost matrix, which is $\mathrm{a}_{11}$ cell.
ii. Allocate the number of units required or available, i.e.

  • If demand is more than supply set, the cell equal to supply and proceed vertically.
  • If demand is less than supply set, the cell equal to demand and proceed horizontally.
  • If demand is equal to supply, proceed diagonally.
    These steps are detailed as under (Table 5.6) by using same example shown in Table 5.3.
    iii. Starting from first cell i.e. $\mathrm{a}{11}$ indicating route $\mathrm{S} 1-\mathrm{D}$ supply is 55 units and demand is 65 units. As requirement is more than available so only 55 units are allocated to this cell. Remaining demand of 10 units needs to be satisfied from other sources. This allocation finishes supply of S1 so row 1 is eliminated shown by dashed line. Next allocation would be done to cell following rule of that if demand is more than supply so proceed vertically. So allocation would be done to cell $\mathrm{a}{21}$.

数学代写|运筹学作业代写OPERATIONS RESEARCH代考|Vogel’s Approximation Method (VAM)

This method involves the following steps:

  • Find the difference between the smallest and second smallest cost cell for each row and column.
  • Select the row or column with the greatest difference.
  • In the selected row or column assign the number of units to the least cost cell. If demand is more than supply, assign the number of available units and if supply is more than demand, assign the number of units required.
  • If there is a tie in the difference between smallest and second smallest cost cell, then select row or column with minimum cost cell.
数学代写|运筹学作业代写OPERATIONS RESEARCH代考|Initial Solution

运筹学代考

数学代写|运筹学作业代写OPERATIONS RESEARCH代考|LEAST COST METHOD

该方法包括以下步骤:
i.在整个成本矩阵中找到成本最低的单元格。在表 5.3 中,路线 S2 – D1 和 S3 – D1 均符合最低成本条件。两者的运输成本为$4每单位。在平局的情况下,选择分配最大的小区。对于路线小号2– D1,分配单元数

将是 40 ,而小号3– D1 将是 25 。这个概念是,最大数量的单位应该以尽可能低的成本运输。因此,单元格

Total supply = 55,000 + 40,000 + 25,000 = 120,000
Total demand = 65,000 + 45,000 + 10,000 = 120,000

被分配了 10 个单位。

数学代写|运筹学作业代写OPERATIONS RESEARCH代考|NORTH-WEST CORNER METHOD

该方法包括以下步骤:
i.顾名思义,从成本矩阵的西北单元开始分配单位,即一种11细胞。
ii. 分配所需或可用的单位数量,即

  • 如果需求大于供给集合,则单元格等于供给并垂直进行。
  • 如果需求小于供给集合,则单元格等于需求并水平进行。
  • 如果需求等于供给,则沿对角线进行。

数学代写|运筹学作业代写OPERATIONS RESEARCH代考|VOGEL’S APPROXIMATION METHOD五一种米

该方法包括以下步骤:

  • 找出每一行和每一列的最小成本单元和次小成本单元之间的差异。
  • 选择差异最大的行或列。
  • 在选定的行或列中,将单位数分配给成本最低的单元格。如果需求大于供应,分配可用单位的数量,如果供应大于需求,分配所需的单位数量。
  • 如果最小成本单元和次小成本单元之间的差值相同,则选择具有最小成本单元的行或列。如果最小成本单元之间存在进一步的关联,则选择可以将最大单位分配给该关联单元的行或列。
数学代考|Operations Research运筹学代写

运筹学代写

网络流代写

统计推断代写

实分析代考

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