Year-on-Year Inflation-Indexed Swap

Detailed flows

  • Each year, at time
    • Party B pays Party A the fixed amount
    • Party A pays Party B the floating amount

where:

  • K is the contract fixed rate
  • N the contract nominal value
  • M the number of years corresponding to the deal maturity
  • i the number of years (0 < i <= M)
  • is the fixed-leg year fractions for the interval [Ti−1, Ti]
  • is the floating-leg year fractions for the interval [Ti−1, Ti]
  • is the start date
  • is the time of the flow i
  • is the maturity date (end of the swap)
  • is the inflation at start date (time )
  • is the inflation at time of the flow i (time )
  • is the inflation at maturity date (time )
gollark: Kit, EMIT taus (particle).
gollark: That sounds somewhat boring and bound for automation if robotics worked better.
gollark: I don't know what those are beyond ??? polynomial ??? apioform.
gollark: Inasmuch as you have an object of some kind and a set of transformations which you could use to try and make it be another object.
gollark: You know, in some sense, organic chemistry is the same problem as computer algebra.

See also

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