Risk Mechanics
Financial derivatives - finding and fixing risk holes
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This page describes the first edition of Risk Mechanics, published 1997. The second edition will be published in November 2008.
Second edition
To request price and availablity of the second edition contact:
ralph at bigpulse.com
Ph +612 9953 3958.
The Origin of Risk Bombs
In 1996 Ralph McKay, author of Risk Mechanics, published a report in Euromoney's Corporate Finance dedicated to exposing serious flaws in the industry risk measurement standard VaR (Value at Risk). He warned VaR increased systemic risk and exposed the financial system to a massive risk Tunguska event. The 2008 risk bomb was the Tunguska event he predicted. Read his October, 2008 comment on the crisis, The Origin of Risk Bombs.
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Risk
Mechanics is the first "how to" book written for derivatives professionals. It is neither simplistic
nor unnecessarily theoretical. This book reveals for the first time
many practical secrets known previously to an elite few. These include
techniques such as the new Dimensionless Risk and related fundamental
risk numbers such as spotik, voltime and valspot along with Multirisk,
AAA Hedge, bin technique and many subtle forms of information such as
gamma smiles.
Most
professionals will be suprised how easy it is to discover hidden risk
holes in many of their most basic risk calculations. For example, 10
sources of possible error are identified in the market risk
calculations of a simple FRA. The risk techniques explored provide a
"risk tool box" from which solutions to a vast number of practical
everyday risk problems can be devised.
Risk
Mechanics, written by the inventor of the Universal Risk
Machine, is the one that many professionals have been waiting for and
yet some others hoped would never be published. It is a practical user
guide for derivatives risk managers, particularly bankers and risk
auditors as well as those aspiring to work in the derivatives industry.
Contents
About
this book
Derivatives
and risk
Greek
Letters, PV risk measures and VaR
CHAPTER 1
PV
Risk Components
FRA
PV and risk components
Forming
the nudge
Different
uniform shifts
FRA
risk - 10 point check list
Option
PV and risk components
European
option pricing formula
The
Black formula and pricing interest rate options
Option
valuation using yield
Option
valuation using price
Option
on FRA - PV risk components
Price
and yield volatility conversion
Option
yield risk
Option
volatility risk
Option
time risk
FRA
linear price behaviour
FRA
yield risk - near linear
FRA
time risk - near linear
Option
non-linear and local linear price behaviour
Option
yield risk - near linear and non-linear
Option
time lapse and volatility - near linear and non-linear
Netting
PV risk components
Option/FRA
convergence
Volatility:
symmetric and asymmetric derivatives
Risk
scaling
Summary
CHAPTER 2
Greek
Letter Risk Components
Mathematical
Greek Letters
Greek
Letter definitions
FRA
Greek Letters
Option
Greek Letters
Forming
approximate Greek Letter derivatives
The
rho Greek Letter for FRAs and options on FRAs
Summary
CHAPTER 3
Delta Hedging
Option
delta hedging
Hedge
gamma risk
FRA
contract rate and delta
Delta
hedging - yield, volatility and time risk
Option
replication
Dynamic
delta matching
Summary
CHAPTER
4
Dimensionless Risk
Dimensionless
numbers
Risk
similitude
Put/call
symmetry - put option risk from the call algorithm
Summary
CHAPTER 5
Multirisk, Risklock and AAA Hedging
Techniques
Bumps
in the risk carpet
Delta,
gamma matching
Delta,
gamma, vega matching
The
AAA hedge
Summary
CHAPTER
6
Forward/Futures Relationship
The
marked-to-market effect
FRA/future
delta hedging
Smiles
and frowns - zero delta with gamma
Summary
CHAPTER 7
Cashflow Risk and
Hedging
Representing
instruments as cashflows
Cashflow
present value risk
Hedging
cashflows with futures
Hedging
cashflows with a futures strip
The
forward/cashflow relationship
Macaulay
and modified duration
Duration
problems
Dimensionless
cashflow sensitivity charts
Gamma
risk
Convexity
Time
lapse risk
Summary
CHAPTER
8
The Bin Technique and Term Structure Hedging
Term
structure risks
The
bin technique
Placing
the bin walls
Cashflow
bin hedging using forwards
The
empty bin trap
Summary
CHAPTER 9
Bond
Sensitivity, Duration and Hedging
Bond
pricing
Bond
delta
Bond
gamma
Bond
convexity
Bond
yield sensitivity
Duration
delta hedging
Hedging
bonds with futures and forwards
The
duration/volatility relationship
Summary
CHAPTER 10
Replicating, Hedging and Modifying Swaps
Caps and Floors
Manufacturing
risk and flexibility
Manufacturing
interest rate swaps from futures
The
smile effect and basis equilibrium
Synthetic
adjustment of cap/floor strike rate
Manufacturing
catastrophe insurance
Summary
CHAPTER 11
Benchmarks and Riskmarks
Payoff
benchmarks
Risk
reshaping
Flat
benchmarks
Asymmetric
benchmarks
Performance
measurement
Summary
CHAPTER 12
Pricing Formula - Summary
Cashflow
present value
FRA
valuation
Macaulay's
duration
Cashflow
portfolio sensitivity
European
option pricing
Bond
price
Volatility
estimation
Interest
rate parity
First
Risk Olympics - Heat I
Lists of Exhibits
Exercises
Equations
Windows
Tables
Charts
Figures
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