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This value does not take account of guarantees, collateral or security (i.e. ignores Credit Risk Mitigation Techniques with the exception of on-balance sheet netting where the effect of netting is included in Exposure At Default). For on-balance sheet transactions, EAD is identical to the nominal amount of exposure.
Cancer slope factors (CSF) are used to estimate the risk of cancer associated with exposure to a carcinogenic or potentially carcinogenic substance. A slope factor is an upper bound, approximating a 95% confidence limit , on the increased cancer risk from a lifetime exposure to an agent by ingestion or inhalation .
The goal is to define risk weights by determining the cut-off points between and within areas of the expected loss (EL) and the unexpected loss (UL), where the regulatory capital should be held, in the probability of default. Then, the risk weights for individual exposures are calculated based on the function provided by Basel II.
The result is a monetary value in the same unit as the single-loss expectancy is expressed (euros, dollars, yens, etc.): exposure factor is the subjective, potential percentage of loss to a specific asset if a specific threat is realized. The exposure factor is a subjective value that the person assessing risk must define.
Loss given default or LGD is the share of an asset that is lost if a borrower defaults. It is a common parameter in risk models and also a parameter used in the calculation of economic capital , expected loss or regulatory capital under Basel II for a banking institution .
This template is designed to be used in a table to make a cell with text in that cell, with an appropriately colored background. It can be used in comparison tables with descriptions of risk, hazard, criticality, threat or severity level. There are many risk assessment systems using a varying number of risk categories.
Two of the factors utilized are widely considered to be dummies as their value and thus their impact upon the formula typically is 0. [2] When using an O-score to evaluate the probability of company’s failure, then exp(O-score) is divided by 1 + exp(O-score). [3] The calculation for Ohlson O-score appears below: [4]
SA-CCR calculates the exposure at default, EAD, of derivatives and "long-settlement transactions" exposed to counterparty credit risk, where EAD = α × (RC + PFE). Here, α is a "multiplier" of 1.4, acting as a buffer to ensure sufficient coverage; and: