AI: 2023’s Dominant Tech

AI: 2023’s Dominant Tech

AI: 2023's Dominant Tech
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Merely a decade ago, few machines could consistently offer language or image recognition. Presently, machines have surpassed human performance in numerous tasks. Recent months have showcased advancements in AI skills that have surprised skeptics, referred to by some as a “golden decade.” Moving into 2023 and beyond, we anticipate further emergence of such systems, particularly Generative AI models like ChatGPT, working alongside or even substituting human creators across various domains.

Each year brings a fresh technological milestone: blockchain, 3D printing, Web 3.0, and the metaverse. Thus, the question arises: what’s the standout technology in 2023?

It’s Artificial Intelligence (AI). Despite my decade-long involvement with this field, we are currently experiencing a substantial leap forward in artificial intelligence. In recent months alone, there have been strides in AI capabilities that have left skeptics impressed. However, let’s rewind a bit further and commence by delving into the evolution of AI over the last ten years.

2023’s Dominant Tech2012-2014 marked the initial stages of image recognition, reading comprehension, and language understanding

Some researchers deem 2012 as a pivotal year for deep learning, marked by Google’s creation of a substantial neural network with 16,000 processors and one billion connections for recognizing images and videos of cats. This instance demonstrates reinforcement learning, one of the successful AI frameworks in the past decade, alongside supervised learning and probabilistic program induction.

Although recognizing cat images might appear trivial, it was significant as machines were just starting to utilize deep learning for image recognition. During that time, image recognition was nascent, and comparisons between AI and human performance indicated AI’s score of around -40, still below the human baseline of zero.

In the AI landscape a decade ago, not only did AI lag behind humans in image recognition, but also in tasks like reading comprehension and language understanding. Despite the invention of the semantic machine learning system NELL (Never-Ending Language Learning) in 2013, AI still couldn’t consistently excel in language processing tasks. Although Siri allowed voice-based phone management before the introduction of Alexa in 2014, AI’s language comprehension remained below human capabilities.

Subsequent years witnessed AI surpass human-level performance in language understanding. This transformation resulted from advancements in voice recognition, strides in language processing, neural network language models, and information organization. While generating lengthy, coherent text remains a challenge for AI, remarkable progress is evident in chatbots like “ChatGPT,” reflecting the journey up to the present day.

During the period of 2015 to 2017, AI began outperforming human capabilities

In 2015, the accessibility of building meaningful AI models expanded, facilitated by the emergence of open-source platforms like TensorFlow from Google. This allowed companies and developers to engage with AI in innovative ways.

Notably, advancements were seen in face and image recognition, with machines triumphing over humans in challenges like the ImageNet Large Scale Visual Recognition Challenge.

In 2016, deep reinforcement learning, a fusion of neural networks and reinforcement learning, gained immense attention as Google’s AlphaGo defeated the world’s top Go player. Additionally, 2017 saw the rise of self-supervised learning models, particularly with the introduction of the Transformer. These transformer models are now the predominant method for Natural Language Processing (NLP), finding applications in tasks like machine translation and Google web search.

AI: 2023’s Dominant Tech – In the years 2018 and 2019, key developments revolved around data security, language processing, and AI’s role in medicine

The year 2018 was marked by heightened concern over data security due to the Cambridge Analytica scandal. The significance of AI’s value in managing risk became evident in various functions, as indicated by a McKinsey survey.

A significant leap in language processing occurred with the creation of BERT in the same year. BERT, a neural network linguistic model, revolutionized how language is understood by learning word usage, grammar, meaning, and context.

Unlike traditional left-to-right processing, BERT connects words in sequences, allowing it to produce summaries almost indistinguishable from human-written text. These advancements are crucial for applications like chatbots, demonstrating remarkable progress in the last decade.

In 2019, a breakthrough emerged in the field of medicine. Researchers developed an AI system that surpassed human radiologists in detecting lung cancer. This achievement relied on a deep learning algorithm interpreting CT scans to predict disease likelihood.

The years 2020 and 2021 witnessed rapid AI advancements spurred by the COVID-19 pandemic

AI accelerated vaccine development, typically spanning decades, by swiftly analyzing extensive data. The pandemic-driven surge is evident in USD 68 billion in global investments, up 40% from 2019 to 2020. 2021 saw a 30-fold increase in patent applications for AI innovations, highlighting rapid progress. Last year focused on AI applications in computers, enhancing visual comprehension for tasks like image classification, object recognition, and facial detection.

AI has become vital in our lives, evolving rapidly over a decade. Previously, machines struggled with recognition but now excel in various tasks. Recent months saw an explosion in “generative AI” like Dall-E and Stable Diffusion. Notably, OpenAI’s “ChatGPT” replicates human conversation.

AI adoption doubled since 2017, focusing on robotic automation and computer vision. Facial recognition will expand for safety. However, concerns about privacy and ethics are imminent.

AI investment will grow, with 63% of respondents foreseeing increased AI investments. By 2025, global AI application revenues are expected to reach $31 billion. To ensure responsible development, AI laws must be established now.


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