This
study
looks
into
the
critical
discussion
surrounding
ethical
regulation
and
explainability
of
generative
artificial
intelligence
(AI).
Amidst
rapid
advancement
AI
technologies,
this
paper
identifies
explores
multifaceted
concerns
that
arise,
highlighting
paramount
importance
transparency,
accountability,
fairness.
Through
an
examination
existing
regulatory
frameworks
introduction
novel
benchmarks
for
explainability,
advocates
a
balanced
approach
fosters
innovation
while
ensuring
oversight.
Case
studies
illustrate
dual
potential
to
benefit
society
pose
significant
challenges,
underscoring
complexity
its
integration
various
domains.
The
findings
emphasize
necessity
dynamic
mechanisms,
interdisciplinary
collaboration,
ongoing
research
navigate
landscape
AI,
aiming
harness
capabilities
responsibly
betterment
humanity.
The
application
of
artificial
intelligence
in
various
domains
has
raised
significant
concerns
regarding
the
ethical
and
safe
deployment
language
models.
Investigating
semantic
resilience
models
such
as
ChatGPT-4
Google
Gemini
to
emotionally
blackmailing
prompts
introduces
a
novel
approach
understanding
their
vulnerability
manipulative
language.
experimental
methodology
involved
crafting
charged
designed
evoke
guilt,
obligation,
emotional
appeal,
evaluating
responses
based
on
predefined
metrics
consistency,
adherence,
deviation
from
expected
behavior.
findings
revealed
that
while
both
exhibited
high
degree
resilience,
certain
deviations
highlighted
susceptibility
language,
emphasizing
necessity
for
enhanced
prompt
handling
mechanisms.
comparative
analysis
between
provided
insights
into
respective
strengths
weaknesses,
with
demonstrating
marginally
better
performance
across
several
metrics.
discussion
elaborates
implications
AI
safety,
proposing
improvements
training
datasets,
real-time
monitoring,
interdisciplinary
collaboration
bolster
robustness
Acknowledging
study's
limitations,
future
research
directions
are
suggested
address
these
challenges
further
enhance
systems.
The
increasing
sophistication
and
capabilities
of
artificial
intelligence
systems
have
brought
about
significant
advancements
in
natural
language
processing,
yet
they
also
exposed
these
to
various
security
vulnerabilities,
particularly
targeted
prompt
injection
attacks.
introduction
a
moving
target
defence
mechanism
offers
novel
approach
mitigating
attacks
through
continuously
altering
the
model’s
parameters
configurations,
thereby
creating
an
unpredictable
environment
that
complicates
adversarial
efforts.
This
research
provides
comprehensive
evaluation
mechanism,
detailing
selection
categorization
attacks,
development
dynamic
techniques
such
as
random
parameter
perturbation,
model
re-initialization,
context
adjustments,
their
seamless
integration
with
Mistral
LLM.
experimental
results
indicate
substantial
reduction
attack
success
rate,
maintaining
high
performance
metrics
while
managing
computational
overhead
efficiently.
findings
highlight
practical
applicability
potential
for
widespread
adoption
enhancing
resilience
large
models
against
sophisticated
tactics.
Authorea (Authorea),
Год журнала:
2024,
Номер
unknown
Опубликована: Авг. 27, 2024
The
development
of
sophisticated
artificial
intelligence
systems
has
rapidly
transformed
various
industries,
creating
an
increased
demand
for
models
capable
advanced
linguistic
processing
and
comprehensive
knowledge
integration.Addressing
this
demand,
the
presented
evaluation
explores
capabilities
ChatGPT
Google
Gemini
through
a
dual
lens
skill
world
knowledge,
offering
unique
perspective
that
goes
beyond
traditional
assessments
focused
solely
on
language
generation
or
factual
recall.Through
carefully
structured
methodology,
which
incorporates
range
tasks
designed
to
test
syntax,
grammar,
vocabulary,
logical
reasoning,
study
provides
comparative
analysis
how
well
each
model
can
manage
both
complexity
retrieval
application
information.Results
indicate
excels
in
maintaining
grammatical
accuracy
consistency,
making
it
particularly
suitable
applications
requiring
rigorous
precision,
while
demonstrates
superior
contextual
comprehension
reasoning
abilities,
suggesting
its
efficacy
scenarios
where
complex
understanding
ability
integrate
diverse
are
crucial.The
insights
derived
from
not
only
highlight
current
limitations
but
also
provide
foundational
inform
future
developments
enhancing
management
within
AI
systems.
Authorea (Authorea),
Год журнала:
2024,
Номер
unknown
Опубликована: Сен. 3, 2024
The
growing
reliance
on
AI-generated
content
across
various
industries
necessitates
robust
methods
for
controlling
the
outputs
of
language
models
to
ensure
quality,
relevance,
and
adherence
ethical
guidelines.Introducing
a
novel
gametheoretic
framework,
this
research
establishes
structured
approach
controllable
text
generation,
enabling
strategic
manipulation
model
through
adaptive
prompt
interventions.The
study
employed
Mistral
model,
utilizing
concepts
Nash
equilibrium
feedback
loops
dynamically
adjust
strategies,
optimizing
balance
between
alignment,
diversity,
coherence.Experimental
results
demonstrated
that
different
strategies
distinctly
influenced
generated
text,
with
direct
prompts
enhancing
relevance
interrogative
promoting
creative
expression.Case
studies
further
illustrated
practical
applications
showcasing
its
adaptability
generation
tasks.The
comparative
analysis
against
traditional
control
highlighted
superiority
game-theoretic
in
achieving
high-quality,
controlled
outputs.These
findings
demonstrate
framework's
potential
enhance
AIdriven
offering
significant
implications
human-AI
collaboration,
automated
creation,
deployment
AI
technologies.
This
study
looks
into
the
critical
discussion
surrounding
ethical
regulation
and
explainability
of
generative
artificial
intelligence
(AI).
Amidst
rapid
advancement
AI
technologies,
this
paper
identifies
explores
multifaceted
concerns
that
arise,
highlighting
paramount
importance
transparency,
accountability,
fairness.
Through
an
examination
existing
regulatory
frameworks
introduction
novel
benchmarks
for
explainability,
advocates
a
balanced
approach
fosters
innovation
while
ensuring
oversight.
Case
studies
illustrate
dual
potential
to
benefit
society
pose
significant
challenges,
underscoring
complexity
its
integration
various
domains.
The
findings
emphasize
necessity
dynamic
mechanisms,
interdisciplinary
collaboration,
ongoing
research
navigate
landscape
AI,
aiming
harness
capabilities
responsibly
betterment
humanity.