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引用次数: 0
摘要
在现代条件下,环境的不稳定性对公司的活动产生了剧烈的影响,同时也增加了伴随这种不断变化的条件而产生风险的可能性。本文介绍了风险的定义及其分类。根据不同的标志对风险进行了分组,并以表格的形式给出。风险问题的内容以图表形式显示。保险(对冲)是抵御风险的一种手段。风险的主要部分是与公司活动有关的风险。本文讨论了组织最佳风险管理机制的数学模型之一,该模型可在企业可接受的风险水平上确保活动的最大有效性。文中指出,国外实践中经常使用的风险条件下的投资决策方法之一是效用函数(SF),它主观地反映了投资结果的效用对采用投资结果所产生的成本的依赖性。利用 SF 的简化版本和我们提出的线性优化模型。通过它,可以选择提供最高预期收入的项目。下面是一个类似方法的例子。
Development of a Model of the Organization's Optimal Risk Management Mechanism
In modern conditions, the instability of the environment has a sharp impact on the company's activities, as well as increases the probability of the risks that accompany such changing conditions. The article presents the definition of risk and its classification. The risk is grouped according to different signs and given in the form of a table. The content of the risk problem is shown schematically. Insurance (hedging) is a means of defense against risks. The main part of risks - these are the risks related to the company's activities. One of the mathematical models of the organization's optimal risk management mechanism, which ensures the maximum effectiveness of the activity at the level of acceptable risk for the enterprise, is discussed. It is noted in the paper that one of the approaches to investment decisions under risk conditions is often used in foreign practice, the utility function (SF), which subjectively reflects the dependence of the utility of investment results on the costs incurred for its adoption. Using the simplified version of SF and the linear optimization model proposed by us. Through it, it is possible to select the project providing the highest projected income. Here is an example of a similar approach.