Coherent CVA and FVA with Liability Side Pricing of Derivatives
Wujiang Lou

TL;DR
This paper develops a coherent framework for calculating CVA and FVA of bilateral derivatives, linking them to market rates and funding costs, and resolving key debates in fair value accounting.
Contribution
It introduces a new partial differential equation for derivative pricing that incorporates counterparty and own funding curves, unifying CVA and FVA calculations.
Findings
Derived a PDE incorporating counterparty and own funding curves.
Defined a total counterparty risk adjustment as a product of risk-free price and credit spread.
Resolved debates on FVA double counting and hedging of own default risk.
Abstract
This article presents FVA and CVA of a bilateral derivative in a coherent manner, based on recent developments in fair value accounting and ISDA standards. We argue that a derivative liability, after primary risk factors being hedged, resembles in economics an issued variable funding note, and should be priced at the market rate of the issuer's debt. For the purpose of determining the fair value, the party on the liability side is economically neutral to make a deposit to the other party, which earns his current debt rate and effectively provides funding and hedging for the party holding the derivative asset. The newly derived partial differential equation for an option discounts the derivative's receivable part with counterparty's curve and payable part with own financing curve. The price difference from the counterparty risk free price, or total counterparty risk adjustment, is…
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Taxonomy
TopicsCredit Risk and Financial Regulations · Stochastic processes and financial applications · Banking stability, regulation, efficiency
