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The Studies Of Relationship Of Bulk Grain Port To Receive Payment Operations And Interim Storage Capacity

Posted on:2011-03-19Degree:MasterType:Thesis
Country:ChinaCandidate:B J LiFull Text:PDF
GTID:2132330332965368Subject:Mechanical Manufacturing and Automation
Abstract/Summary:PDF Full Text Request
UNCTAD will have a significant amount of survey data, to confirm break-bulk cargo ship to Hong Kong laws were more similar to Poisson distribution. This article primarily on the basis of this distribution pattern, established Temporary Storage of the Bulk Grain simulation model, developed Temporary Storage of the Bulk Grain System,studied the relationship of the bulk grain port operations and interim storage capacity to receive by means of probability simulation theory.Work as follows:1. Based on modular, standards-based thinking, developed under the normal distribution, exponential distribution, Poisson distribution, Normal distribution and other projects in the common random function generator, established a random function generator subroutine library, and verified it in the VB and MATLAB platform. For the basis of probability simulation theory is applied to the research of temporary storage of the bulk grain systems.2. Studied the characteristics of the capacity of bulk grain temporary storage data and interim database to determine the conditions given temporary storage capacity, given the simulation model of temporary storage of the bulk grain system , developed Temporary Storage of the Bulk Grain System using the random function generator and platform software (VB and MATLAB).3. Through a temporary capacity of bulk grain terminal transit dynamic simulation to verify the annual turnover of bulk grain terminal, ship loading and unloading efficiency of economic operations, ship tonnage for interim storage capacity impact. Give the size of Temporary Storage to determine probability of the method and solution process of Pressure Port probability,Idle rate of equipment,etc.
Keywords/Search Tags:Probability simulation, Random function generator, temporary storage, Pressure Port probability
PDF Full Text Request
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