Imagine
running your business by asking ChatGPT, “What would Steven King
do?”
https://www.theatlantic.com/technology/archive/2023/08/books3-ai-meta-llama-pirated-books/675063/
REVEALED:
THE AUTHORS WHOSE PIRATED BOOKS ARE POWERING GENERATIVE AI
Stephen
King, Zadie Smith, and Michael Pollan are among thousands of writers
whose copyrighted works are being used to train large language
models.
Let
the AI lawyers do it first…
https://borisbabic.com/research/AppealingAI.pdf
How
AI Can Learn from the Law: Putting Humans in the Loop Only on Appeal
While
the literature on putting a “human in the loop” in artificial
intelligence (AI) and machine learning (ML) has grown significantly,
limited attention has been paid to how human expertise ought to be
combined with AI/ML judgments. This design question arises because
of the ubiquity and quantity of algorithmic decisions being made
today in the face of widespread public reluctance to forgo human
expert judgment. To resolve this conflict, we
propose that human expert judges be included via appeals processes
for review of algorithmic decisions. Thus, the human
intervenes only in a limited number of cases and only after an
initial AI/ML judgment has been made. Based on an analogy with
appellate processes in judiciary decision-making, we argue that this
is, in many respects, a more efficient way to divide the labor
between a human and a machine. Human reviewers can add more nuanced
clinical, moral, or legal reasoning, and they can consider
case-specific information that is not easily quantified and, as such,
not available to the AI/ML at an initial stage. In doing so, the
human can serve as a crucial error correction check on the AI/ML,
while retaining much of the efficiency of AI/ML’s use in the
decision-making process. In this paper we develop these widely
applicable arguments while focusing primarily on examples from the
use of AI/ML in medicine, including organ allocation, fertility care,
and hospital readmission.
An
overview of everything?
https://www.researchgate.net/profile/Keshav-Singh-17/publication/372958765_Navigating_the_Promise_and_Perils_of_Artificial_Intelligence_A_Comprehensive_Analysis_of_Risks_and_Benefits/links/64d166a391fb036ba6d5cd4c/Navigating-the-Promise-and-Perils-of-Artificial-Intelligence-A-Comprehensive-Analysis-of-Risks-and-Benefits.pdf
Navigating
the Promise and Perils of Artificial Intelligence: A Comprehensive
Analysis of Risks and Benefits
Artificial
intelligence (AI) has become a popular topic in recent years due to
the rapid advancements in technology. With the rise of AI, there are
many potential benefits that it can bring, such as increased
efficiency, improved decisionmaking, and personalized experiences.
However, there are also numerous risks associated with AI, such as
job displacement, loss of privacy, and even potential safety
concerns. This research paper will explore the ethical, legal, and
social implications of AI and also address the various risks and
benefits of AI and provide insights on how to mitigate the risks
while maximizing the benefits. Humans have continuously produced and
refined many technologies in their pursuit
of sophistication. The purpose of this practise is to
make sure that they can develop goods that can make it easier for
them to carry out numerous ways [1]. Since the beginning of time,
humans have engaged in a variety of behaviours in an effort to
increase their chances of succeeding in the many situations they have
encountered. The industrial revolution, which began in the early
1760s, would bring the practise to an end. Several nations at the
time believed it was feasible to produce various goods for the
general public in order to satisfy the need for diverse goods brought
on by expanding populations. Since then, thanks to the development
and widespread application of artificial intelligence, humans have
advanced considerably.
Could
be useful in a dispute.
https://www.degruyter.com/document/isbn/9781503637047/html
A
History of Fake Things on the Internet
As
all aspects of our social and informational lives increasingly
migrate online, the line between what is "real" and what is
digitally fabricated grows ever thinner—and that fake content has
undeniable real-world consequences. A History of Fake Things on the
Internet takes the long view of how advances in technology brought us
to the point where faked texts, images, and video content are nearly
indistinguishable from what is authentic or true.
Computer
scientist Walter J. Scheirer takes a deep dive into the origins of
fake news, conspiracy theories, reports of the paranormal, and other
deviations from reality that have become part of mainstream culture,
from image manipulation in the nineteenth-century darkroom to the
literary stylings of large language models like ChatGPT. Scheirer
investigates the origins of Internet fakes, from early hoaxes that
traversed the globe via Bulletin Board Systems (BBSs), USENET, and a
new messaging technology called email, to today's hyperrealistic,
AI-generated Deepfakes. An expert in machine learning and
recognition, Scheirer breaks down the technical advances that made
new developments in digital deception possible, and shares
behind-the-screens details of early Internet-era pranks that have
become touchstones of hacker lore. His story introduces us to the
visionaries and mischief-makers who first deployed digital fakery and
continue to influence how digital manipulation works—and
doesn't—today: computer hackers, digital artists, media forensics
specialists, and AI researchers. Ultimately, Scheirer argues that
problems associated with fake content are not intrinsic properties of
the content itself, but rather stem from human behavior,
demonstrating our capacity for both creativity and destruction.
Removing
the ‘artificial’ will help AI learn ethics?
https://www.psychologytoday.com/us/blog/psychology-through-technology/202308/how-machine-learning-differs-from-human-learning
How
Machine-Learning Differs from Human Learning
… To
instill values and morality into AI, the programmers might try to
imitate the way children learn and develop notions of right and
wrong. Children’s thinking seems to emerge in stages, sometimes
undergoing remarkable mental leaps and growth spurts. It takes years
for children to evolve adult-like thinking, emotional
intelligence, theory of mind, and metacognition.
Most
important, humans learn in the context of parents, teachers, peers,
and others who adjust their helping behaviors to each child’s level
and capacity (scaffolding). Should we even expect AI to think like a
human or someday demonstrate empathy when they are not programmed to
learn gradually, in stages, with human guidance? Can we ever expect
AI to learn values, empathy, or develop morality, unless bots are
carefully guided by others to think about “right vs. wrong” as
human children do?
Furthermore,
humans possess a unique natural curiosity. Children continually
yearn to know more and strive to explore and understand the world and
themselves. Therefore, it is not enough to simply program machines
to learn. We must also endow AI with an innate curiosity—not just
data hunger but something more similar to a human child’s
biological drive to understand, organize, and adapt. Programmers are
already working with deep-learning models to continually improve AI
with human neurocognitive-inspired algorithms.(1)