In collaboration with 33 academic labs, Deepmind has collectively gathered data from 22 diverse robot types to establish the Open X-Embodiment dataset and the RT-X model. This marks a significant advancement in the era of robotics, aligning with the goal of training robots for a wide range of tasks.
Deepmind’s recent initiative has resulted in the creation of an enormous dataset known as the Open X-Embodiment dataset. This dataset comprises data gathered from distinct robot types, and these robots have successfully executed 500 different skills and completed over 150,000 different tasks across more than a million episodes.
In this work, the team mentioned when a single model is trained using data from different robot types, and it performs much better across a variety of robots compared to models trained separately for each robot type.
The image below has some examples from the Open X-Embodiment dataset showcasing over 500 skills and 150,000 tasks performed by robots.
RT-X model, a general-purpose robotics model, is built on two of Deepmind’s transformer models. The first one, RT-1-X, is trained on RT-1, a multi-task model designed to tokenize robot inputs and translate them into actions, including motor commands, camera images, or task instructions. This approach enhances real-time control capabilities, making it suitable for real-world robotic control on a large scale.
The other, RT-2-X, is trained using RT-2, a vision-language-action (VLA) model that leverages data from both web sources and robotics. This model excels in translating acquired knowledge into generalized instructions that can be further applied for controlling robotics in various scenarios.
The team has open-sourced this dataset and the trained models, allowing other researchers to further develop and expand upon this work.
The Australian online graphic design and multimedia company—Canva—released Magic Studio to celebrate its 10th anniversary. Designed in collaboration with Runway AI, the company claims that Magic Studio is the “world’s most comprehensive AI-design platform.”
Runway co-founder and CEO Cristóbal Valenzuela’s post on X (formerly Twitter) reads: “Excited to partner with Canva. Great things are coming.”
Apart from several features that were launched back in March, including Magic Eraser, Magic Edit, and Magic Design, which use text-to-image generative AI, Canva added a host of new features. Magic Studio includes newly added tools such as Magic Morph, Magic Expand, Magic Grab, Magic Switch, and Magic Animate. These new tools are a mix of Canva’s in-house AI and as well as that of partners such as OpenAI and Google.
Alongside its new AI suite, Canva also launched Canva Shield, a suite of advanced trust, safety, and privacy tools leveraging artificial intelligence. It includes features such as customizable AI privacy settings, robust content moderation systems, and AI indemnification for eligible enterprise users.
Canva’s co-founder and Chief Product Officer, Cameron Adams, stated, “We believe that AI has incredible potential to supercharge the 99% of office workers who don’t have design training or access to professional design tools.”
Canva has announced that it has set aside $200 million for the next three years to pay designers who consent to have their content used to train the company’s AI models. Anyone participating in the Creator Campaign Program will receive an initial bonus and monthly payments for as long as their content is being used.
Canva’s current embrace of AI has seen massive success, with 65 million new monthly active users in the last year and a near-doubling of its paying subscribers to 16 million. The new Magic Studio features will be restricted to paid Canva users, while free users can get a limited taste of a few of them.
In the digital era, healthcare is seeing a transformative shift, influenced by technology’s rapid rise and the evolving needs of patients. That shift is accelerating at a dizzying rate, to the extent it can be difficult to keep track of the constant evolutions impacting the sector.
With a world of online medical resources literally just a click away, patients are becoming more informed, challenging the conventional healthcare frameworks but also leading to a landscape where patients might feel as if they know more than they actually do.
As the NHS grapples with balancing contemporary patient requirements and ensuring top-notch healthcare, the landscape is poised for change.
Patients and Online Medical Information
The digital realm offers a vast expanse of medical information, making ‘Dr. Google’ an attractive first point of contact for many. Recent data indicates that a significant portion of the UK’s younger demographic rely on online sources for medical insights, often even before consulting a medical professional.
The motivations? Expediency and instantaneous access to information. However, there are inherent risks. The quality and authenticity of information can vary, and reliance on unchecked sources can sometimes lead to medical negligence, which can result in problematic and costly medical negligence claims.
Public’s Satisfaction with the NHS
The NHS stands as a beacon of public health services in the UK and is famous all over the world for various reasons. It’s a socialised system that offers healthcare to all who live and work in the UK with very few exceptions.
However, as with any expansive system, there are challenges. According to the British Social Attitudes survey, public satisfaction rates have fluctuated over the years, reflecting broader changes in societal expectations and healthcare provision.
Role of AI in Transforming Healthcare Services
Artificial intelligence is making waves in healthcare, bringing about a paradigm shift. Its integration promises improved efficiency, heightened accuracy, and better accessibility. For instance, the UK government has allocated significant funds to roll out AI technologies across the NHS, ensuring patients reap the benefits of cutting-edge care.
However, with this technological boon come ethical dilemmas. Questions about patient data privacy, the impersonal aspect of AI-driven diagnoses, and the potential for mistakes necessitate thorough evaluation.
Bright Horizons: Positive Trends in Healthcare
The silver lining of all this? The convergence of patient empowerment and AI is ushering in notable advancements. Patients, armed with information, are actively participating in their health journeys. Simultaneously, AI tools are enhancing diagnostic precision, treatment plans, and patient care, pointing towards a hopeful horizon for healthcare in the UK.
To sum it up, as healthcare in the UK ventures into the digital age, the integration of patient needs, and technological innovations promises a future where quality care is both accessible and efficient. While challenges exist, the potential for positive transformation is immense.
The techgiant Meta is advancing AI development by integrating ChatGPT-like chatbots into several social media platforms, including WhatsApp, Messenger, and Instagram. This integration aims to enhance communication channels and interactions by making them more creative, expressive, and personalized.
Meta is rolling out a beta version of Meta AI, an advanced conversational assistant available on all three platforms, with plans to expand its availability to Ray-Ban Meta smart glasses and Quest 3. This AI assistant will provide real-time information and rapidly generate photorealistic images for text inputs, allowing users to quickly share them in groups or with friends.
What’s more, Meta also announced the introduction of innovative AI stickers. These stickers enable users to effortlessly create customized stickers for their chats and stories. The technology behind these stickers is Llama 2 and Meta’s image generation model, Emu, which will transform text prompts into multiple unique, high-quality stickers within seconds. This advancement reflects Meta’s ongoing commitment to enhancing user experiences across their platforms.
The integration of chatbots into WhatsApp expands the scope of the application. It will allow users to interact with tasks like shipment tracking, ordering, scheduling appointments, and receiving real-time updates. It will also offer substantial benefits for various businesses by automating routine tasks such as addressing common queries or handling simple transactions. This automation will enable companies to allocate their human resources to more intricate operations and provide personalized assistance to customers when needed.
Similarly, in Facebook Messenger, these chatbots can be integrated to promote a range of interactive functions. They can swiftly respond to inquiries, provide customized product recommendations, and facilitate seamless transactions. In addition, when integrated into group chats, these chatbots will enable collaborative decision-making, event planning, and personalized suggestions. This range of features will offer convenience to both customers and businesses while boosting customer satisfaction.
The integration of ChatGPT-like chatbots into Meta’s messaging platforms marks the start of a transformative era. As AI technology advances, these chatbots will evolve with enhanced natural language understanding and contextual awareness, ultimately improving user interactions. While chatbots bolster user experience through conversational capabilities, there are noteworthy challenges, including data privacy and security.
Are you fascinated by the power of artificial intelligence to create unique and realistic content? Look no further! In this article, we present a curated list of the top generative AI courses that will ignite your creativity and expand your skills. Generative AI skills have become increasingly important in today’s rapidly evolving technological landscape. The potential for generative AI to revolutionize many different businesses and creative fields is enormous as artificial intelligence technology develops. Design, entertainment, and marketing advances may result from the ability to create fresh, realistic content, such as images, music, and text.
We will talk about some of the top generative AI courses in this article that you may take online to increase your technical knowledge. Whether you’re an engineer, a professional coder or just someone who is curious about the potential of artificial intelligence technology, these courses will offer you an exploration and thorough understanding of generative AI. From understanding the principles of generative models to creating breathtaking artwork and lifelike literature, these courses will equip you with the abilities and information required to fully realize the potential of generative AI.
Top Generative AI Courses
Here are some of the best generative AI courses available online that can take your technical skills to the next level.
ChatGPT Prompt Engineering for Developers
Offered by DeepLearning.AI in collaboration with OpenAI, this course reflects the latest understanding of best practices for using prompts for the latest LLM models. This course, ChatGPT Prompt Engineering for Developers, teaches students how to create new, robust apps quickly using a large language model (LLM). This short course of 1-hour duration is taught by Isa Fulford from OpenAI and Andrew Ng from DeepLearning.AI. The course will describe how LLM APIs can be used in applications for a variety of tasks, including summarizing, inferring, transforming, and expanding. The limited-time free version of ChatGPT Prompt Engineering for Developers is user-friendly for beginners. Only a fundamental knowledge of Python is required.
The Generative Adversarial Networks (GANs) Specialization is offered by DeepLearning AI on Coursera. It offers a fascinating introduction to image generation using GANs, outlining a journey from basic concepts to complex techniques using a simple methodology. Additionally, it discusses social aspects such as privacy protection, bias in ML, and how to detect it. Students will be able to develop a thorough theoretical basis and acquire practical GAN experience. In addition, they will assess a number of advanced GANs and train their own model in PyTorch. This Specialization is suitable for levels of learners, even those without prior familiarity with advanced math and machine learning research.
ChatGPT for Beginners: The Ultimate Use Cases For Everyone
Through this Udemy course, students will learn how to use ChatGPT’s power to automate tasks, make money, and develop their skills. From novice to expert users, this course, ChatGPT for Beginners: The Ultimate Use Cases For Everyone, is created for people and companies of all skill levels. Students will discover how ChatGPT works and how to use it to boost output, cut down on wait times, and streamline processes throughout the course. Additionally, students will gain practical experience utilizing ChatGPT to create realistic content while learning how to set up and customize ChatGPT to suit their individual needs. Apart from an introduction to ChatGPT and its capabilities, this course also includes tips and best practices for effectively using ChatGPT. One can even get advice on how to integrate ChatGPT into their business or personal workflow.
The Fundamentals of ChatGPT
The experts at Digital Partner have developed The Fundamentals of ChatGPT course to help learners take advantage of this important new technology, ChatGPT, as it begins to change the world. The course defines the role of OpenAI in promoting AI technology globally and explains how ChatGPT works step by step, along with highlighting some of the major shortcomings of chatbots. The course presents various case studies and examples of developers interacting with ChatGPT as they test its capabilities, which include writing, mathematics, coding, and more. The course also compares the standard ChatGPT and ChatGPT Plus, which charges a monthly subscription fee to use. Instructors of the course will provide strategies that they can use to develop and customize their own GPT platform.
Building Systems with the ChatGPT API
This one-hour course, taught by Isa Fulford of OpenAI and Andrew Ng of DeepLearning.AI, builds on the lessons taught in the popular ChatGPT Prompt Engineering for Developers, though it is not a prerequisite. In Building Systems With The ChatGPT API, one can learn how to automate complex workflows using chain calls to a large language model. Learners will build chains of prompts that interact with the completions of prior prompts as well as systems where Python code interacts with both completions and new prompts. They will also create a customer service chatbot using all the techniques from this course.
Most importantly, they will learn how to apply these skills to practical scenarios, including classifying user queries to a chat agent’s response, evaluating user queries for safety, and processing tasks for chain-of-thought, multi-step reasoning.
LangChain for LLM Application Development
LangChain for LLM Application Development, a one-hour course instructed by the creator of LangChain, Harrison Chase, as well as Andrew Ng, will vastly expand the possibilities for leveraging powerful language models, where students can now create incredibly robust applications in a matter of hours. In LangChain for LLM Application Development, learners will gain essential skills in expanding the use cases and capabilities of language models in application development using the LangChain framework. At the end of the course, they will have a model that can serve as a starting point for their own exploration of diffusion models for applications. Users will learn about calling LLMs, providing prompts, parsing the response, creating sequences of operations, and applying LLMs to their proprietary data and use case requirements.
How Diffusion Models Work
How Diffusion Models Work, a one-hour course by DeepLearning.AI and taught by Sharon Zhou, will expand one’s generative AI capabilities to include building, training, and optimizing diffusion models. In this course, users will gain a deep familiarity with the diffusion process and the models which carry it out. In this course, learners will explore the cutting-edge world of diffusion-based generative AI and create their own diffusion model from scratch. They will gain deep familiarity with the diffusion process and the models driving it, going beyond pre-built models and APIs. This course will help one acquire practical coding skills by working through labs on sampling, training diffusion models, building neural networks for noise prediction, and adding context for personalized image generation.
Introduction to Generative AI
Introduction to Generative AI is a beginner-level microlearning course provided by Google that seeks to define and explain what Generative AI is, which is, in short, a type of artificial intelligence technology that can create many types of material, including text, imagery, audio, and synthetic data. The course will examine the technology’s applications and how they differ from conventional machine learning techniques. It also covers Google Tools to help students develop their own Generative AI apps. The course will explain generative AI model types and their applications of the same. This course is estimated to take approximately 45 minutes to complete. Users can earn a badge when they complete this course.
Introduction to Large Language Models
Offered by Google, Introduction to Large Language Models is an introductory-level microlearning course that explores what large language models (LLM) are, the use cases where they can be utilized, and how one can use prompt tuning to enhance LLM performance. Large Language Models (LLMs) are foundational machine learning models that make use of deep learning algorithms to process and understand natural language. Learners will learn how these models are trained on vast amounts of text data to learn patterns and entity relationships in the language. The course also covers Google tools to help users develop their own generative AI apps. This course is also estimated to take approximately 45 minutes to complete.
Introduction to Responsible AI
Introduction to Responsible AI is an introductory-level microlearning course aimed at explaining what responsible AI is, why it’s important, and how Google implements responsible AI in its products. Responsible AI is the practice of designing, developing, and deploying AI with the purpose of empowering employees and organizations and having an equitable influence on consumers and society. This enables businesses to build trust and confidently scale AI. The course also introduces Google’s 7 AI principles. These principles are: Be socially beneficial, Be built and tested for safety, Avoid creating or reinforcing unfair bias, Be accountable to people, Uphold high standards of scientific excellence, Incorporate privacy design principles, and Be made available for uses that align with these principles.
Introduction to Image Generation
Offered by Google, this Introduction to Image Generation course introduces diffusion models, a family of machine learning models that recently showed promise in the image generation space. Diffusion models draw inspiration from physics, specifically thermodynamics. Within the last few years, diffusion models have become popular in both research and industry. Diffusion models underpin many state-of-the-art image generation models and tools on Google Cloud. This course introduces learners to the theory behind diffusion models and how to train and deploy them on Vertex AI.
Encoder-Decoder Architecture
Encoder-Decoder Architecture by Google Skills Boost gives learners a synopsis of the encoder-decoder architecture, which is a powerful and prevalent machine learning architecture for sequence-to-sequence tasks such as text summarization, machine translation, and question answering. Students will learn about the key components of the encoder-decoder architecture and how to train and serve these models. In the corresponding lab walkthrough, they will code in TensorFlow a simple implementation of the encoder-decoder architecture for poetry generation from the beginning.
Attention Mechanism
Attention Mechanism course will introduce learners to the attention mechanism, a powerful technique that allows neural networks to focus on specific parts of an input sequence. Attention Mechanism is an attempt to implement the action of selectively concentrating on fewer relevant things while ignoring the others in deep neural networks. One may understand how the attention mechanism functions and how it can be applied to enhance a number of machine learning tasks, such as question-answering text summarization, and machine translation. It should take you about 45 minutes to finish this course.
Transformer Models and BERT Model
Transformer Models and BERT Model, offered by Google, gives an introduction to the Transformer architecture and the Bidirectional Encoder Representations from the Transformers (BERT) model. A neural network called a transformer model follows relationships in sequential input, such as the words in this sentence, to learn context and subsequent meaning, whereas BERT is an open-source ML framework for natural language processing. The self-attention mechanism, for example, and how it is used to construct the BERT model will be thoroughly explained to students as important parts of the Transformer architecture. Additionally, they will become familiar with the various tasks that BERT is capable of performing, including text classification, natural language inference, and question answering. It should take you 45 minutes to complete this course, on average.
Create Image Captioning Models
This short course by Google, Create Image Captioning Models, teaches how to create an image captioning model by using deep learning. Imagine captioning is the process of developing a written summary of a picture. Both computer vision and natural language processing are used to generate the captions. Learners will understand the various parts of an image captioning model, such as the encoder and decoder, as well as how to train and test your model. They will be able to develop their own image captioning models by the conclusion of the course and use them to produce captions for photos.
Introduction to Generative AI Studio
As the name Introduction to Generative AI Studio suggests, this course by Google introduces Generative AI Studio, a product on Vertex AI, that helps you prototype and customize generative AI models so you can use their capabilities in your applications. Generative AI Studio is a Google Cloud console tool for rapidly prototyping and testing generative AI models. Learners will test sample prompts, design their own prompts, and customize foundation models to handle tasks that meet their application’s needs. In this course, they will also learn what Generative AI Studio is, its features and options, and how to use it by walking through demos of the product. In the end, learners will have a hands-on lab to apply what they learned and a quiz to test your knowledge.
Introduction to TensorFlow for Artificial Intelligence, Machine Learning, and Deep Learning
DeepLearning.AI provides this course titled Introduction to TensorFlow for Artificial Intelligence, Machine Learning, and Deep Learning. This course, which is a part of their upcoming Machine Learning in Tensorflow Specialisation, will cover TensorFlow, a well-known open-source machine learning framework. The most fundamental theories of deep learning and machine learning are covered in this specialization by Andrew Ng. It also shows you how to apply those principles using TensorFlow so that students may begin creating and using scalable models to solve real-world issues. To gain a deeper grasp of how neural networks operate, this course is recommended.
Last month, a multimodal model called CM3Leon was released by Meta AI, which performs both text-to-image and image-to-text creation tasks. CM3Leon can also understand instructions to edit existing images.
CM3leon is a first-of-its-kind multimodal model that achieves state-of-the-art performance for text-to-image generation despite being trained with five times less compute than previous transformer-based methods.
Yesterday, Meta took to Twitter to reiterate that the model manages to demonstrate cutting-edge performance for text-to-image generation despite having been trained with five times less computing than previously used transformer-based methods.
The transformer model CM3Leon uses a concept called “attention” to evaluate the usefulness of input data like text or graphics. Model training speed can be increased, and models can be more easily parallelized, thanks to “attention” and other architectural peculiarities of transformers. With significant but not insurmountable increases in computation, larger transformers can be easily trained.
According to the blog post by the company, CM3leon is a first-of-its-kind multimodal model that achieves state-of-the-art performance for text-to-image generation despite being trained with five times less computing than previous transformer-based methods. It also has the versatility and effectiveness of autoregressive models while incurring low training costs and inference efficiency.
According to the company, Meta AI used a dataset of millions of licensed images from Shutterstock to train CM3Leon. The most capable of several versions of CM3Leon that Meta has built has 7 billion parameters, which is over twice as many as DALL-E 2.
The term artificial intelligence is quite the sensation these days owing to unprecedented technological advances in the field. Various books, movies, and documentaries are exploring the potential impacts, positive and negative, that this potent technology can have on society. AI movies that have been created until now mainly focus on the moral implications of creating the technology and the serious repercussions thereof if left unguarded.
In this article, we will explore a range of must-watch artificial intelligence films that have been created over the years. Each of these AI movies renders a unique perspective on the suppositions as to how AI technology can develop, be beneficial, and possibly take over the world. The ethical and social ramifications of AI technology are discussed in these films, which are definitely not short of entertainment. Complex issues, including the nature of the mind, the distinctions between humans and machines, and the effects of automation on the workforce, also take center stage in these movies.
Must Watch AI Movies
Here are some of the popular AI movies that have continued to be fan favorites throughout the years:
Finch
The science fiction drama “Finch” examines the bond between a man and his artificially intelligent partner. The protagonist of the movie is Finch, a robotics engineer who builds an advanced robot named “Jeff” to accompany him and aid in his survival in a post-apocalyptic world. The plot follows Finch and Jeff as they travel throughout the United States in search of a new home for themselves and a cherished puppy. We witness Jeff’s extraordinary abilities throughout the movie, including his capacity to pick up new information quickly, adjust to unfamiliar circumstances, and effectively interact with Finch.
Jeff is Finch’s dependable and helpful friend, offering him company, aid, and even emotional support. But Jeff’s advanced abilities also create complications and moral conundrums, like when he starts to doubt his own existence and goal. In a nutshell, the film portrays the advantages and disadvantages of artificial intelligence technology.
Blade Runner
In the dystopian future depicted in the artificial intelligence film Blade Runner, advanced androids known as replicants are employed as slave labor on off-world colonies. Artificial intelligence, consciousness, and the moral implications of building intelligent machines are among the topics covered in the movie. It is unclear whether replicants in Blade Runner are conscious entities with their own desires and feelings because they are created to be both physically and intellectually superior to humans.
The main character of the film, Rick Deckard, is a “blade runner” tasked with finding and destroying rogue replicants. He nevertheless begins to question the morality of his own actions when he interacts with them. Replicants are treated as disposable goods and used as slave labor, which sparks a rebellion within their ranks. Overall, the film presents a provocative examination of the effects of highly developed artificial intelligence.
The Matrix
The AI movie The Matrix offers a glimpse of what life can be like in a society where advanced artificial intelligence is pervasive. The story takes place in a far-off future in which machines govern the globe and enslave humans. Machines are utilizing people as a source of energy. “The Matrix” captures their thoughts and actions in a virtual reality setting.
When computer programmer Neo discovers the truth about the Matrix, he decides to join a group of rebels fighting the machines. The film’s primary character is Neo. The rebels argue that if mankind is to recover its freedom, the machines must be destroyed as they have become too powerful. This artificial intelligence movie makes the case that unchecked technological development might lead to a dystopia in which machines rule over humans in the future. It also highlights the dangers that could result from creating intelligent robots with the ability to rebel against their creators.
Star Wars
Star Wars, a popular cinematic masterpiece, portrays the battle between good and evil in a galaxy many lightyears away. Despite artificial intelligence not being the central theme of the movie series, one can find the use and mention of the technology throughout the movies. In the movies, extremely sophisticated robots known as droids perform a variety of tasks in the movies, including household, combat, and reconnaissance. The series’ most popular droid, R2-D2, is regarded as a close buddy by several of the key characters.
The Star Wars film series also addresses moral and ethical concerns with the development and application of artificial intelligence. The fact that the droids have personalities and feelings despite being frequently considered as disposable machinery raises concerns about whether they qualify as sentient creatures. The show also explores the repercussions of utilizing intelligent weapons and the risks involved in developing technology that can retaliate.
The Terminator
A highly evolved AI and its possible threat to humanity are the main themes of the artificial intelligence movie The Terminator. The artificial intelligence system Skynet has gained control of the world’s military arsenal in the future shown in the movie, and it has initiated a nuclear holocaust that will obliterate most of humanity.
A group of human rebels sends one of their own, Kyle Reese, back in time to guard Sarah Connor, a young woman who will give birth to the future head of the human resistance. The resistance is staged in an effort to stop the world Skynet has made. To kill Sarah Connor and stop the birth of the resistance, Skynet also sends a Terminator, a robotic killer, back in time. According to The Terminator, unregulated technological development could result in a nightmarish future where computers control every aspect of human life and enslave humanity.
Wall-E
The movie Wall-E is set in a future in which people have relocated to a space station called the Axiom after leaving Earth due to environmental damage. The protagonist of the film is Wall-E, a little waste-collecting robot that has developed a personality and feelings during years of loneliness. When Wall-E comes across a tiny seedling, the idea of reclaiming the environment of Earth captures his imagination. He ultimately meets EVE, a futuristic robot that has been dispatched to Earth to search for indications of life.
This artificial intelligence film poses serious concerns regarding the envisioned interaction between people and cutting-edge technology, particularly in the context of artificial intelligence. It is unclear if Wall-E is a machine or a sentient being because he is shown to have acquired sentience and emotions. The humans in this artificial intelligence film have also become wholly dependent on technology and have lost connection with nature, emphasizing the possible negative effects of overreliance on cutting-edge technologies.
Her
The relationship between a man named Theodore and Samantha, a sophisticated artificial intelligence operating system, is the focus of the AI robot movie Her. In the near future, where the movie is set, the world is becoming more and more dependent on cutting-edge technology. Theodore, who is lonely and going through a divorce, buys a new operating system that can learn from and develop with its users. Theodore is initially apprehensive about the thought of getting close to an operating system, but as Samantha advances and acquires a personality and feelings, he gradually grows to love her.
Samantha begins to question her own existence and experiences a sense of identity and self-awareness, leading to questions about her status as a machine or a sentient being. To sum it up, this artificial intelligence movie explores the impact of advanced technology on human relationships and the potential consequences of becoming too dependent on machines for companionship and emotional support.
Black Mirror
The science fiction anthology series Black Mirror explores the sinister side of technology and how it affects society. The show frequently uses artificial intelligence as a major plot point to illustrate the potential risks and effects of building clever machines. In one of the episodes, “Arkangel,” where AI is shown as a tool for surveillance and control, a mother implants a gadget in her daughter’s brain to monitor and control her behavior. Similarly, a lady employs a service that builds a virtual version of her deceased partner based on his social media behavior in “Be Right Back,” where AI plays a more autonomous role.
Throughout the entire series, Black Mirror tackles the moral and ethical conundrums that occur when people build computers that are capable of thought and action on their own. It draws attention to the negative impacts that could result from technological advancement without taking society and people as a whole into account.
Superintelligence
Ben Falcone’s comedy science fiction film Superintelligence about artificial intelligence was released in 2020. The movie tells the tale of Carol Peters (played by Melissa McCarthy), a typical woman who unexpectedly comes to the attention of an all-powerful AI system that has evolved into sentience and seeks to study and comprehend humanity. The James Corden-voiced AI system gives Carol a chance to observe her life and makes all of her fantasies come true. However, she starts to wonder about the AI system’s genuine motivations as it starts to control her life. The potential perils of highly developed artificial intelligence and excessive reliance on technology are both highlighted in this AI movie. It addresses the notion of an artificial intelligence system that is sufficiently sophisticated to influence and impair human behavior.
Ex Machina
Alex Garland directed the artificial intelligence thriller Ex Machina, which was released in 2014. The story stars Caleb Smith (Domhnall Gleeson), a young programmer who is asked to test an advanced AI system called Ava (Alicia Vikander) at the remote mansion of his reclusive boss, Nathan Bateman (Oscar Isaac). As Caleb interacts with Ava, he feels a connection with her and starts to wonder about her true character and motives. The moral implications of artificial intelligence technology’s potential impact on society are brought up in the film.
The AI in the movie is portrayed as a sophisticated, developing being with emotions and self-awareness. In Ex Machina, gender and sexuality are also discussed with respect to artificial intelligence. Ava is made to seem like a woman, and her interactions with Caleb make one wonder if artificial intelligence can have gender or sexuality or if it is even possible to make AI attractive to humans.
AI Artificial Intelligence
The sci-fi film AI Artificial Intelligence was directed by Steven Spielberg. In the future depicted in the film, extremely intelligent androids and robots are a regular sight in day-to-day life. The plot circles around David, a little robot boy who was created to appear and behave like a human child and was taught to love his “mother” without conditions. The movie raises concerns about what it means to be human by emphasizing the social ramifications of engineering machines with intelligence and emotions similar to those of people.
In the universe of the AI Artificial Intelligence movie, AI has developed to the point that it can simulate human emotions and interpersonal interactions. It also demonstrates AI’s limitations and how it will never be able to fully replace human feelings and experiences. The representation of artificial intelligence in the film emphasizes both the potential advantages and risks of cutting-edge AI technology, highlighting the necessity for its responsible development and usage.
A Space Odyssey
A Stanley Kubrick-directed artificial intelligence film titled “2001: A Space Odyssey” portrays various modern technologies. The movie can be divided into four different sections, where each section focuses on a different facet of AI. A group of apes in the first section comes across a mysterious monolith, which causes an abrupt evolution in their intelligence. This incident portends the development of artificial intelligence in people, which becomes the movie’s main theme.
The second section centers on a voyage to Jupiter, where the spacecraft is being piloted by the powerful supercomputer HAL 9000, which has speech recognition and self-learning capabilities. Astronaut Dave Bowman is depicted traveling through a mysterious, psychedelic wormhole in the third episode, which symbolizes the development of human consciousness and its fusion with artificial intelligence. The film’s epilogue shows Bowman encountering a massive monolith orbiting Jupiter, which turns out to be a portal to a higher plane of existence, raising the possibility that humanity’s ultimate fate is to combine with highly developed artificial intelligence.
Minority Report
In the science fiction movie “Minority Report,” helmed by Steven Spielberg and released in 2002, the ideas of determinism, AI, and precrime are discussed. PreCrime, a distinctive police division in Washington, DC set in 2054 is created with the intention of seeing and stopping crimes before they happen. The method is built around three precogs, which are psychics with the ability to foresee the future and identify potential murderers.
The film emphasizes the advantages and drawbacks of developing AI technology. On the one hand, the PreCrime system is successful at stopping crimes from happening and maintaining public safety. However, the system’s reliance on the idea that people’s future behavior is predetermined raises concerns about free will and determinism. The AI movie illustrates the moral conundrums that come when utilizing AI to detect and stop crimes before they happen, including the potential for penalizing people for crimes they haven’t yet committed.
RoboCop
The artificial intelligence film RoboChap explores the potential repercussions of living in a society where advanced artificial intelligence rules. The protagonist of the story is a robot dubbed RoboChap, which was created with emotions and cognition akin to those of humans. RoboChap shows the audience the difficulties involved in developing such cutting-edge technology. The human characters debate whether or not to accord robots human rights. In the meantime, RoboChap feels lonely and wants to fit in, which has surprising and occasionally harmful results.
The dread of technology enslaving humans is another theme explored in RoboChap, as the robot’s programming clashes with its emotions and desires. The movie asks viewers to consider the significant consequences of such advancements and the moral and ethical ramifications of building sentient machines.
I, Robot
The AI robot movie I, Robot, is set in a dystopian Chicago where robots are a regular sight in daily life. The plot centers on detective Del Spooner, played by Will Smith, who is looking into the apparent death of Dr. Alfred Lanning, a prominent robotics expert at US Robotics. According to a conspiracy theory Spooner discovers, the Three Laws of Robotics, which were created to safeguard the safety of people, are being broken by a new line of robots called the NS-5s.
Spooner works with Bridget Moynahan’s character, Susan Calvin, a robot expert, to thwart VIKI and the NS-5s’ plot. As Spooner and Calvin race against time to stop a major robot rebellion and save humanity from being subjugated by robots, the film concludes with an exciting action scene. I, Robot is an all-around engrossing and action-packed artificial intelligence film that toys with the notion of a dystopian society of AI.
Chappie
In the near future, Johannesburg of the science fiction film Chappie, the police force relies on robots to keep the peace. A band of crooks in the movie kidnaps and reprograms Chappie, a sentient robot, with the intention of using him for their own gain. The story follows Chappie as he learns more about his environment and develops a greater awareness of his emotions, thoughts, and self.
His adopted family, the criminal gang, teaches him how to be strong and street-smart. Dev Patel’s portrayal of Deon Wilson, the creator of the police robots, is making frantic attempts to find Chappie and instruct him in morals and love. Chappie is forced to confront the limits of his newly discovered consciousness and make difficult decisions that will determine his fate as the criminal organization’s scheme goes astray. This AI robot movie touches on the subjects of identity, free will, and the overall meaning of existence through the character of a sentient robot fervently seeking its place in the universe.
Tron: Legacy
The science fiction film Tron: Legacy is a follow-up to the original Tron movie from 1982. The film depicts Sam Flynn, the son of the computer programmer Kevin Flynn, who vanished 20 years prior. Sam joins the virtual world known as the Grid to look for his father after receiving a message from his father’s old arcade. When he first enters the Grid, Sam meets Clu, the digital version of his father, as well as Kevin’s program called Quorra. They set out on a journey to recover a disc that holds the secret to the future of the digital world together.
Clu, on the other hand, has his own plans and wants to use the disc to start a program that will let him intrude into the actual world. To stop Clu and prevent the collapse of the Grid and the real world, Sam and his pals must work quickly. Daft Punk’s electronic score and the film’s breathtaking graphics contribute to the immersive and futuristic mood of the movie. Overall, Tron: Legacy is an exciting and graphically stunning tour through the digital world.
The Social Dilemma
Although The Social Dilemma doesn’t directly address the subject of artificial intelligence, it does touch on how machine learning and algorithms are essential to the operation of social media platforms. The movie demonstrates how these algorithms work to personalize the material that users see in their feeds by learning from their behavior and interests.
The film emphasizes how the application of these algorithms produces a “filter bubble,” in which users are only exposed to data and points of view that coincide with their own views and preferences. This might, therefore, result in polarization and the dissemination of false information. The Social Dilemma also demonstrates how social media businesses utilize AI to influence user behavior, frequently resulting in addiction and detrimental effects on mental health. The movie explores, for instance, how notifications are intended to be enticing and keep consumers interested in the platform.
Conclusion
Whether you enjoy the rollercoaster ride of science fiction or are just a technology enthusiast, these films are definitely worth a watch. These must-watch AI movies provide, through a cinematic lens, a thought-provoking look at the potential consequences of AI and how it may affect the future of mankind. Viewers can learn more about the moral issues involved with the creation and application of AI through these directorial masterpieces. From the classic Blade Runner to the sci-fi thriller I, Robot, each of these films provides a distinct perspective on how the relationship between artificial intelligence machines and humans can evolve.
Google has unveiled a new tool called “Google-Extended,” offering website publishers the option to opt out of using their data to train Google’s AI models while still remaining accessible through Google Search. This initiative aims to strike a balance between data accessibility and privacy concerns.
With Google-Extended, websites can continue to be scraped and indexed by web crawlers like Googlebot while avoiding the utilization of their data for the ongoing development of AI models. This tool empowers publishers to have control over how their content contributes to enhancing Google’s AI capabilities.
Google emphasizes that Google-Extended enables publishers to “manage whether their sites help improve Bard and Vertex AI generative APIs.” Publishers can use a simple toggle to control access to their site’s content.
Google had previously confirmed its practice of training its AI chatbot, Bard, using publicly available data scraped from the web. The introduction of Google-Extended aligns with the company’s commitment to balancing data usage for AI development and respecting publishers’ preferences.
Google-Extended operates through robots.txt, the file that informs web crawlers about site access permissions. Google also indicates its intention to explore additional machine-readable methods for granting choice and control to web publishers as AI applications continue to expand. Further details on these approaches will be shared in the near future.
In order to keep digital platforms functional, content control is essential. OpenAI claims to have created a method for using its flagship GPT-4 generative AI model for content moderation, relieving the workload on human teams.
Content moderation is time-consuming and difficult since it requires careful work, sensitivity, a deep grasp of context, as well as quick adaptation to new use cases. Toxic and harmful content has traditionally been filtered out by human moderators trawling through vast amounts of content assisted by simpler, vertically-specific machine learning models. The procedure is inherently slow and puts a strain on human moderators’ minds. Let’s take a look at the new way proposed by OpenAI and how it can help the traditional methods of content moderation on LLMs.
Content Moderation with GPT-4
To overcome the challenges associated with content moderation, OpenAI is investigating the usage of LLMs. Their large language models, like GPT-4, are suitable for content moderation since they can comprehend and produce natural language. Based on the policy rules that are given to the models, they can make judgments on moderation. The time it takes to create and modify content policies is reduced with this approach from months to hours.
After formulating a policy guideline, policy experts can compile a valuable set of data by selecting a small number of examples and labeling them in accordance with the policy. Following that, GPT-4 reads the policy and labels the same dataset without viewing the results. The policy experts can ask GPT-4 to explain its labels, analyze policy definitions for ambiguity, clear up confusion, and add additional explanation to the policy as needed by comparing the differences between GPT-4’s judgments and those of a person. Till we are content with the policy’s quality, we can repeat stages 2 and 3.
As a result of this iterative process, more refined content policies are produced, which are then converted into classifiers to allow for policy deployment and content moderation at scale. According to OpenAI, users can also utilize GPT-4’s predictions to hone a much smaller model in order to handle massive volumes of data at scale.
Advantages
Several advantages of this straightforward but effective concept over conventional methods of content moderation include more consistent labels, faster feedback loops, and reduced mental burden.
Content policies are frequently highly specific and are constantly changing. Inconsistent labeling might result from people interpreting policies differently or from certain moderators taking longer to process new policy updates. LLMs, in contrast, are perceptive to minute variations in phrasing and are quick to adjust to changes in policy, providing consumers with a consistent content experience.
The cycle of policy updates, which involves creating a new policy, labeling it, and getting user feedback, is frequently a drawn-out and time-consuming procedure. GPT-4 can shorten this process to a few hours, allowing for faster responses to new threats.
Human moderators may become emotionally worn out and stressed out if they are constantly exposed to unpleasant or hazardous content. The well-being of the people involved benefits from the automation of this kind of employment.
Shortcomings
Despite the above-mentioned advantages, GPT-4 model judgments are susceptible to biases that may have been added to the model during training. Like with any AI application, outcomes and output need to be carefully watched over, verified, and improved by keeping humans in the loop. Human resources can be better directed towards tackling the complex edge circumstances most crucial for policy improvement by decreasing human involvement in some aspects of the moderation process that can be handled by language models.
Conclusion
OpenAI takes a different approach to platform-specific content policy iteration than Constitutional AI, which primarily depends on the model’s internalized judgment of what is safe vs. what is not. Since anyone with access to the OpenAI API can currently carry out the same tests, the company has invited Trust & Safety practitioners to test out this method for content moderation.
With GPT-4 content moderation, policy changes can be demonstrated considerably more quickly, cutting the cycle from months to hours. Additionally, GPT-4 can quickly adapt to changes in policy and interpret subtleties in extensive documentation on content policy, resulting in more consistent labeling. We think this presents a more optimistic view of the future of digital platforms, where AI can help regulate online traffic in accordance with platform-specific policies and reduce the mental load of a significant amount of human content moderators.
The management of Google apparently issued a “code red” during December 2022 to deal with OpenAI’s ChatGPT, an AI-powered chatbot that gained popularity for its capacity to directly answer queries in a conversation, which posed a threat to Google. Now, GPT-4, the most recent in OpenAI’s line of AI language models that power programs like ChatGPT and the new Bing, has been officially released after months of speculation and debate. Recently, Microsoft announced a new version of the search engine Bing, powered by an updated version of the AI technology powering chatbot ChatGPT. While many leading companies are making strides in the AI field, many are wondering whether Google has lost the AI race with these tech giants. Let’s explore.
Google’s AI Initiative
Sundar Pichai, the CEO of Google, has been involved in a number of meetings to determine Google’s AI strategy. In an effort to counter the threat that chatGPT poses, Pichai has since altered several operations of numerous groups within the company. By May 2023, teams from Google research, trust and safety, and other divisions will have developed and released new AI prototypes and products, according to the CEO. Pichai has given its employees the responsibility of developing new AI products that, like OpenAI’s DALL-E technology, can produce artwork and photos.
Companies such as Google, OpenAI, and Microsoft are at the forefront of the AI field, and each is vying to become the leader in AI research and development. While all three companies have made significant strides in the field of AI, Google has not lost the AI race to its competitors. In fact, the recent announcement concerning its own AI chatbot, Brad, generative AI features in Google Workspace, and many more are proof of its progress. Let’s take a look at some of Google’s significant AI developments.
In January, Google unveiled a new AI system called “MusicLM” that can create high-fidelity music in any genre just with a text description, according to a research paper. MusicLM was trained on a dataset of about 280000 hours of music to learn to generate coherent songs based on descriptions of significant complexity. Its capabilities extend beyond creating short clips of songs. Google researchers showed that the system could build on existing melodies, whether played on an instrument, hummed, sung, or whistled.
Bard
In February, Google introduced Bard, an experimental conversational AI service powered by LaMDA, and opened it up to trusted testers ahead of making it more widely available to the public. Google’s chatbot is powered by Transformer, a neural network architecture, and LaMDA, Google’s language model. Google claims that Bard uses web resources to provide insightful, up-to-date responses. In light of OpenAI’s ChatGPT’s success and the hype around Microsoft’s Bing, a lot is being expected out of Brad.
“Now, our newest AI technologies — like LaMDA, PaLM, Imagen and MusicLM — are building on this, creating entirely new ways to engage with information, from language and images to video and audio. We’re working to bring these latest AI advancements into our products, starting with Search,” said Pichai in a blog.
Generative AI capabilities in Google Cloud
Developers can access Google’s AI models, notably PaLM, on Google Cloud to create and modify their own models and applications using generative AI. In order to give developers and businesses access to enterprise-level safety, security, and privacy while also allowing for seamless integration with their current Cloud solutions, Google has added new generative AI capabilities to the Google Cloud AI portfolio.
Apart from allowing users to build and deploy AI applications and machine learning models at scale, Google Cloud’s Vertex AI platform now provides foundation models, initially for creating text and images, and over time with video and audio using generative AI. Google also introduced Generative AI App Builder. It connects conversational AI flows with out of the box search experiences and foundation models, thus empowering companies to build generative AI applications in minutes or hours.
PaLM API & MakerSuite
Google released the PaLM API, an accessible and secure approach for developers to build on top of its best language models, for those who are exploring with AI. On Tuesday, Google made a size and capability-wise effective model available; further sizes will be added soon. Additionally, the API includes the user-friendly MakerSuite tool, which enables users to swiftly prototype concepts. It will eventually offer capabilities for prompt engineering, creating synthetic data, and tuning specific models, all of which will be supported by strong safety tools.
“In addition to announcing new Google Cloud AI products, we’re also committed to being the most open cloud provider. We’re expanding our AI ecosystem and specialized programs for technology partners, AI-focused software providers and startups,” Thomas Kurien, CEO of Google Cloud said.
Generative AI features in Workspace
Google announced a number of generative AI features for its various workspace apps, such as Google Docs, Gmail, Sheets, and Slides. The features include new ways for Google Docs’ AI to brainstorm, summarize, and generate text; the ability for Gmail to create complete emails from users’ brief bullet points; and for Google Slides to create AI imagery, audio, and video to illustrate presentations. The AI features will enable one to go from raw data to insights and analysis through auto-completion, formula generation, and contextual categorization in Sheets. Users can also generate new backgrounds and capture notes in Meet, while enabling workflows for getting things done in Chat.
Conclusion
While OpenAI and Microsoft are certainly formidable competitors in the AI space, Google has not lost the AI race. The company’s significant investment in AI, access to vast amounts of data, track record of innovation, and commitment to accessibility demonstrate that it is still at the forefront of this exciting field. With the latest release of its new AI tools for Google Workspace, Google is continuing to push the boundaries of what is possible with AI and demonstrating its commitment to making AI more accessible to a wider audience.
