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企业风险管理中英文对照外文翻译文献
企业风险管理中英文对照外文翻译文献
(
文档含英文原文和中文翻译
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原文:
Risk Management
This
chapter
reviews
and
discusses
the
basic
issues
and
principles
of
risk
management,
including:
risk
acceptability
(tolerability);
risk
reduction
and
the
ALARP principle; cautionary and
precautionary principles. And presents a case
study
showing
the
importance
of
these
issues
and
principles
in
a
practical
management
context. Before we take a closer look,
let us briefly address some basic features of risk
management.
The purpose of
risk management is to ensure that adequate
measures are taken to
protect
people,
the
environment,
and
assets
from
possible
harmful
consequences
of
the activities being undertaken, as
well as to balance different concerns, in
particular
risks and costs. Risk
management includes measures both to avoid the
hazards and to
企业风险管理中英文对照外文翻译文献
reduce their potential harm.
Traditionally, in industries such as nuclear, oil,
and gas,
risk
management
was
based
on
a
prescriptive
regulating
regime,
in
which
detailed
requirements
were set
with regard to
the design
and operation of the arrangements.
This
regime
has
gradually
been
replaced
by
a
more
goal-oriented
regime,
putting
emphasis on what to achieve rather than
on the means of achieving it.
Risk
management
is
an
integral
aspect
of
a
goal-
oriented
regime.
It
is
acknowledged
that
risk
cannot
be
eliminated
but
must
be
managed.
There
is
nowadays
an enormous drive and enthusiasm in various
industries and in society as a
whole
to
implement
risk
management
in
organizations.
There
are
high
expectations
that risk
management is the proper framework through which
to achieve high levels of
performance.
Risk
management
involves
achieving
an
appropriate
balance
between
realizing
opportunities
for
gain
and
minimizing
losses.
It
is
an
integral
part
of
good
management practice and
an essential element of good corporate governance.
It is an
iterative process consisting
of steps that, when undertaken in sequence, can
lead to a
continuous improvement in
decision-making and facilitate a continuous
improvement
in performance.
To
support
decision-making
regarding
design
and
operation,
risk
analyses
are
carried
out.
They
include
the
identification
of
hazards
and
threats,
cause
analyses,
consequence
analyses,
and
risk
descriptions.
The
results
are
then
evaluated.
The
totality of the analyses
and the evaluations are referred to as risk
assessments. Risk
assessment
is
followed
by
risk
treatment,
which
is
a
process
involving
the
development and
implementation of measures to modify the risk,
including measures
designed to avoid,
reduce
(“optimize”), transfer, or
retain the risk. Risk transfer means
sharing
with
another
party
the
benefit
or
loss
associated
with
a
risk.
It
is
typically
affected through
insurance. Risk management covers all coordinated
activities in the
direction and control
of an organization with regard to risk.
In
many
enterprises,
the
risk
management
tasks
are
divided
into
three
main
categories:
strategic
risk,
financial
risk,
and
operational
risk.
Strategic
risk
includes
aspects and factors
that are important for the e
nterprise’s
long
-term strategy and plans,
企业风险管理中英文对照外文翻译文献
for example mergers and acquisitions,
technology, competition,
political
conditions,
legislation and regulations, and labor
market. Financial risk includes the enterprise’s
financial situation, and includes:
Market risk, associated with the costs of goods
and
services,
foreign
exchange
rates
and
securities
(shares,
bonds,
etc.).
Credit
risk,
associated
with
a
debtor’s
failure
to
meet
its
obligations
in
accordance
with
agreed
terms. Liquidity risk, reflecting lack
of access to cash; the difficulty of selling an
asset
in
a
timely
manner.
Operational
risk
is
related
to
conditions
affecting
the
normal
operating
situation:
Accidental
events,
including
failures
and
defects,
quality
deviations, natural disasters. Intended
acts; sabotage, disgruntled employees, etc. Loss
of
competence,
key
personnel.
Legal
circumstances,
associated
for
instance,
with
defective contracts and liability
insurance.
For an enterprise to become
successful in its implementation of risk
management,
top management needs to be
involved, and activities must be put into effect
on many
levels. Some important
points to ensure success are: the
establishment of a strategy
for risk
management, i.e., the principles of how the
enterprise defines and implements
risk
management.
Should
one
simply
follow
the
regulatory
requirements
(minimal
requirements), or should one be the
“best in the class”? The establishment of a risk
management
process
for
the
enterprise,
i.e.
formal
processes
and
routines
that
the
enterprise is
to
follow.
The
establishment of management structures, with
roles and
responsibilities,
such
that
the
risk
analysis
process
becomes
integrated
into
the
organization.
The
implementation
of
analyses
and
support
systems,
such
as
risk
analysis tools, recording systems for
occurrences of various types of events, etc. The
communication, training, and
development of a risk management culture, so that
the
competence, understanding, and
motivation level within the organization is
enhanced.
Given
the
above
fundamentals
of
risk
management,
the
next
step
is
to
develop
principles and a methodology that can
be used in practical decision-making. This is
not, however, straightforward. There
are a number of challenges and here we address
some
of
these:
establishing
an
informative
risk
picture
for
the
various
decision
alternatives,
using
this
risk
picture
in
a
decision-
making
context.
Establishing
an
informative risk picture
means identifying appropriate risk indices and
assessments of
企业风险管理中英文对照外文翻译文献
uncertainties. Using the risk picture
in a decision making context means the definition
and
application
of
risk
acceptance
criteria,
cost
benefit
analyses
and
the
ALARP
principle,
which
states
that
risk
should
be
reduced
to
a
level
which
is
as
low
as
is
reasonably practicable.
It is common to define and describe
risks in terms of probabilities and expected
values.
This
has,
however,
been
challenged,
since
the
probabilities
and
expected
values
can
camouflage
uncertainties;
the
assigned
probabilities
are
conditional
on
a
number
of
assumptions
and
suppositions,
and
they
depend
on
the
background
knowledge.
Uncertainties
are
often
hidden
in
this
background
knowledge,
and
restricting
attention
to
the
assigned
probabilities
can
camouflage
factors
that
could
produce
surprising
outcomes.
By
jumping
directly
into
probabilities,
important
uncertainty
aspects
are
easily
truncated,
and
potential
surprises
may
be
left
unconsidered.
Let us, as an
example, consider the risks, seen through the eyes
of a risk analyst
in the 1970s,
associated with future health problems for divers
working on offshore
petroleum projects.
The analyst assigns a value to the probability
that a diver would
experience health
problems (properly defined) during the coming 30
years due to the
diving activities. Let
us assume that a value of 1 % was assigned, a
number based on
the knowledge available
at that time. There are no strong indications that
the divers
will
experience
health
problems,
but
we
know
today
that
these
probabilities
led
to
poor
predictions.
Many
divers
have
experienced
severe
health
problems
(Avon
and
Vine,
2007).
By
restricting
risk
to
the
probability
assignments
alone,
important
aspects of uncertainty and risk are
hidden. There is a lack of understanding about the
underlying
phenomena,
but
the
probability
assignments
alone
are
not
able
to
fully
describe this status.
Several
risk
perspectives
and
definitions
have
been
proposed
in
line
with
this
realization.
For
example,
Avon
(2007a,
2008a)
defines
risk
as
the
two-dimensional
combination
of
events/consequences
and
associated
uncertainties
(will
the
events
occur, what the consequences will be).
A closely related perspective is suggested by
Avon and Renan (2008a), who define risk
associated with an activity as
uncertainty
企业风险管理中英文对照外文翻译文献
about
and
severity
of
the
consequences
of
the
activity,
where
severity
refers
to
intensity,
size,
extension,
scope
and
other
potential
measures
of
magnitude
with
respect to something that humans value
(lives, the environment, money, etc.). Losses
and gains, expressed for example in
monetary terms or as the number of fatalities, are
ways
of
defining
the
severity
of
the
consequences.
See
also
Avon
and
Christensen
(2005).
In the case of large
uncertainties, risk assessments can support
decision-making,
but
other
principles,
measures,
and
instruments
are
also
required,
such
as
the
cautionary/precautionary
principles as well as robustness and resilience
strategies. An
informative decision
basis is needed, but it should be far more nuanced
than can be
obtained by a probabilistic
analysis alone. This has been stressed by many
researchers,
e.g.
Apostolicism
(1990)
and
Apostolicism
and
Lemon
(2005):
qualitative
risk
analysis
(QRA)
results
are
never
the
sole
basis
for
decision-making.
Safety-
and
security-related decision-making is
risk-informed, not risk-based. This
conclusion is
not,
however,
justified
merely
by
referring
to
the
need
for
addressing
uncertainties
beyond probabilities and expected
values. The main
issue here is
the
fact that risks
need to be balanced with other
concerns.
When various solutions and
measures are to be compared and a decision is to
be
made, the analysis and assessments
that have been conducted provide a basis for such
a decision. In many cases, established
design principles and standards provide clear
guidance.
Compliance
with
such
principles
and
standards
must
be
among
the
first
reference
points
when
assessing
risks.
It
is
common
thinking
that
risk
management
processes, and
especially ALARP processes, require formal
guidelines or criteria (e.g.,
risk
acceptance
criteria
and
cost-effectiveness
indices)
to
simplify
the
decision-making.
Care
must;
however,
be
shown
when
using
this
type
of
formal
decision-making
criteria,
as
they
easily
result
in
a
mechanization
of
the
decision-
making
process.
Such
mechanization
is
unfortunate
because:
Decision-making
criteria
based
on
risk-
related
numbers
alone
(probabilities
and
expected values) do not capture all the
aspects of risk, costs, and benefits, no method
has a precision that justifies a
mechanical decision based on whether the result is
over
企业风险管理中英文对照外文翻译文献
or
below
a
numerical
criterion.
It
is
a
managerial
responsibility
to
make
decisions
under
uncertainty,
and
management
should
be
aware
of
the
relevant
risks
and
uncertainties.
Apostolicism
and Lemon (2005) adopt a pragmatic approach to
risk analysis and
risk management,
acknowledging the difficulties of determining
the probabilities of
an
attack. Ideally, they would like to implement a
risk-informed procedure, based on
expected
values.
However,
since
such
an
approach
would
require
the
use
of
probabilities that
have not
b
een “rigorously
derived”
, they see themselves forced to
resort to a more pragmatic approach.
This is one possible approach when
facing problems of large uncertainties. The
risk analyses simply do not provide a
sufficiently solid basis for the decision-making
process. We argue along the same lines.
There is a need for a management review and
judgment process. It is necessary to
see beyond the computed risk picture in the form
of the probabilities and expected
values. Traditional quantitative risk analyses
fail in
this
respect.
We
acknowledge
the
need
for
analyzing
risk,
but
question
the
value
added
by
performing
traditional
quantitative
risk
analyses
in
the
case
of
large
uncertainties. The arbitrariness in the
numbers produced can be significant, due to the
uncertainties
in
the
estimates
or
as
a
result
of
the
uncertainty
assessments
being
strongly dependent on
the analysts.
It
should
be
acknowledged
that
risk
cannot
be
accurately
expressed
using
probabilities and expected values. A
quantitative risk analysis is in many cases better
replaced
by
a
more
qualitative
approach,
as
shown
in
the
examples
above;
an
approach which may be
referred to as a semi-quantitative approach.
Quantifying risk
using risk indices
such as the expected number of fatalities gives an
impression that
risk can be expressed
in a very precise way. However, in most cases, the
arbitrariness
is
large.
In
a
semi-
quantitative
approach
this
is
acknowledged
by
providing
a
more
nuanced risk
picture, which includes factors that
can cause “surprises” r
elative to the
probabilities
and
the
expected
values.
Quantification
often
requires
strong
simplifications and
assumptions and, as a result, important factors
could be ignored or
given too little
(or too much) weight. In a qualitative or semi-
quantitative analysis, a
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