Why Ai? We need it?
Published: 2024-05-03 05:41:59

 
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Lets start with a report.

It was the title of IBM report 2023: Data Suggests Growth in Enterprise Adoption of AI is Due to Widespread Deployment by Early Adopters, But Barriers Keep 40% in the Exploration and Experimentation Phases. Around 42% enterprise-sacle companies deploying AI in their business and 40% currently exploring. But However, 59% of those companies surveyed already exploring or deploying AI say they have accelerated their rollout or investments in the technology. The top barriers preventing deployment include limited AI skills and expertise (33%), too much data complexity (25%), and ethical concerns (23%).

ARMONK, N.Y., January 10, 2024

What is AI?

In the grand tapestry of technological marvels, nestled amidst the circuits and silicon, lies the enigmatic realm of Artificial Intelligence (AI). It's not just about machines and algorithms; it's about bestowing upon them the gift of cognition, allowing them to dance with the complexity of thought like a human mind does.

Imagine a symphony conducted by Christopher Strachey in 1951, when the first whispers of AI emerged in the form of a checkers program at the University of Manchester. Fast forward to 1997, where the echoes of genius reverberated as that same AI defeated chess grandmaster Garry Kasparov, heralding the dawn of GenAI.

But the saga didn't stop there; it merely began to unfold. In 2011, the stage was set for a showdown of wits as IBM's first CEO, Thomas J. Watson Sr, triumphed in the cerebral arena of Jeopardy!, showcasing AI's prowess in natural language processing.

Then came the magnum opus, the culmination of years of innovation and ingenuity. In 2018, OpenAI unveiled its GPT models, fusing the brilliance of transformers with the artistry of unsupervised pre-training. A harmonious blend of supervised learning and unsupervised pre-training emerged, birthing a new era of generative AI.

So, what is AI? It's the whisper of creativity in lines of code, the symphony of logic in the heart of machines, and the relentless pursuit of understanding in the vast expanse of knowledge. It's not just a technology; it's a journey—an odyssey into the realms of possibility and beyond. Ha ha ha...




Who is created AI?

The field of AI officially began in 1956 at the Dartmouth Summer Research Project on Artificial Intelligence, organized by John McCarthy in 1955. McCarthy is considered the father of Artificial Intelligence.

Alan Turing's work, "Computer Machinery and Intelligence," introduced The Turing Test, used to measure computer intelligence, popularizing the term "artificial intelligence."

In India, Professor H.N. Mahabala in the 1960s and the creation of Knowledge-Based Computing Systems (KBCS) in 1986 by UNDP helped India focus on AI.

During World War II, Turing was a leading cryptanalyst at the Government Code and Cypher School in Bletchley Park, Buckinghamshire, England. As per Britannica: https://www.britannica.com/technology/artificial-intelligence/Alan-Turing-and-the-beginning-of-AI

The earliest successful demonstration of machine learning was in 1952 with "Shopper," written by Anthony Oettinger at the University of Cambridge, running on the EDSAC computer.

Shopper's simulated world was a mall of eight shops, using memorization to optimize future searches.

In the United States, the first AI program ran in a course where Newell, Simon, and Shaw developed Information Processing Language (IPL), featuring a flexible data structure called a list.

Python, invented in the late 1980s by Guido van Rossum, became the language of choice for AI programming due to its simplicity, versatility, and adaptability, surpassing Java in popularity and boasting numerous advantages.

The evolution of AI is intricately tied to key milestones and figures, from John McCarthy's seminal Dartmouth conference to Alan Turing's Turing Test and beyond. In India, the efforts of Professor H.N. Mahabala and the introduction of Knowledge-Based Computing Systems propelled the country's focus on AI. Turing's contributions during World War II as a cryptanalyst further underscored the groundwork for AI development. Early demonstrations like "Shopper" showcased the potential of machine learning, while the development of Information Processing Language (IPL) in the United States laid the foundation for AI programming. However, it was Python's emergence in the late 1980s, with its simplicity and versatility, that cemented its position as the preferred language for AI and machine learning. Today, Python stands as the major code language for AI and ML, outpacing other languages in popularity and offering a host of advantages for developers.

How AI connected into People?

AI's capabilities extend beyond mere automation; it actively enhances human interactions by analyzing conversational content and providing actionable insights. This not only ensures that customers with intricate issues receive personalized attention but also fosters a sense of value and satisfaction. According to the ECCU, proponents of Transhumanism foresee the impending technological singularity, anticipated to occur by 2050.

Remarkably, we are already witnessing the integration of implants and accessories into the human body, offering promising avenues for addressing various medical conditions. Prostheses and implants hold the potential to alleviate or even cure ailments such as mental illness, stroke, dementia, and autism. Japan, recognizing the imminent labor shortage, has initiated a pioneering program utilizing androids to cater to the needs of its aging population.

While the advancement of AI undoubtedly enhances quality of life, it also necessitates the establishment of bioethical committees to mitigate potential risks and misuse. Regular meetings of such committees can analyze and address the ethical implications of AI, ensuring its responsible and beneficial integration into society.What is future possibilities?

What is the great threat?

Geoffrey Hinton, hailed as the godfather of artificial intelligence, outlines several significant dangers associated with AI technology. These include the potential for job loss due to automation, the proliferation of deepfakes, privacy breaches, algorithmic bias stemming from flawed data, socioeconomic disparities, market instability, weapons automation, and the prospect of uncontrollable, self-aware AI.

One of the challenges with AI lies in its opacity; even experts may struggle to comprehend the inner workings of AI and deep learning models. This lack of transparency makes it difficult to understand how AI reaches its conclusions, leaving users in the dark about the data and processes involved.

The specter of widespread job automation looms large as AI gains traction across various industries like marketing, manufacturing, and healthcare. McKinsey predicts that by 2030, up to 30 percent of current working hours in the U.S. economy could be affected, potentially leading to the loss of millions of jobs. While AI is anticipated to create new job opportunities, there's also concern about the displacement of workers in fields like law and accounting.

AI's capacity for social manipulation is a troubling reality, exemplified by politicians exploiting platforms like TikTok to sway public opinion. Moreover, AI's encroachment on privacy and security is evident in instances such as China's widespread use of facial recognition technology and U.S. police departments adopting predictive policing algorithms.

The issue of bias in AI systems extends beyond gender and race, encompassing data and algorithmic biases that can perpetuate discrimination. Without addressing these biases, AI-powered tools like recruitment algorithms risk undermining diversity, equity, and inclusion efforts.

Even Pope Francis has warned against the misuse of AI, cautioning against its potential to spread misinformation and erode trust in communication channels. The implications of unchecked AI development underscore the need for responsible deployment and ethical oversight to mitigate its adverse impacts on society.

Conclusion:

The discussion primarily focuses on exploring the essence of AI, delving into its historical context, highlighting both its positive and negative aspects, and elucidating its significance for the future. The intention is to provide a comprehensive understanding of AI's multifaceted nature and its relevance in shaping various spheres of society.

Moving forward, the next chapter aims to delve into the technical realm, particularly from the perspective of front-end developers or full-stack developers. It will elucidate how these professionals can integrate AI into their applications, thereby enhancing their functionality and user experience. Additionally, this discussion will benefit clients seeking to develop applications in a cost-effective manner, as the integration of AI enables one developer to oversee the implementation and operation of multiple programs efficiently.

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