Artificial intelligence is rapidly excelling at many "human" tasks, such as medical diagnosis, language translation, and customer support. This is creating legitimate concerns that AI will eventually displace human employees throughout the economy. But it is hardly the only, or even the most likely, consequence. Never once have digital technologies been so attentive to us, nor have we been so reactive to our devices. As AI will fundamentally transform how and who performs work, the technology's greater effect will be in complementing and boosting human talents rather than replacing them.
The AI revolution has already started, and it is changing every area of our life.
From academics and researchers to inventive tech entrepreneurs, here are 10 people pushing the frontiers of deep learning and computerized vision to make AI dreams come true.
Musk's emphasis at Open AI, his non-profit organisation, is on creating safe artificial general intelligence (AGI) in a manner that enhances humanity, despite the possible risks of AI. They do groundbreaking research and develop open-source tools for experimentation, such as OpenAI Universe.
Musk wants to create a neural implant that connects the human brain to artificial intelligence, allowing people to operate computers, artificial limbs, and other equipment with their thoughts alone.
Schjll Brede's objective with her AI scientist, Iris.ai, is to speed up research. The technology searches through over 60 million papers for the most relevant articles using algorithms. Her goal isn't to make money, but to do good and improve people's lives, such as by discovering a cancer treatment.
Schmidhuber is known as the "Father of Self-Aware Robots" for developing the mechanisms that allow us to communicate to our phones. His current research focuses on developing artificial neural networks that are equivalent to, and eventually surpass, the human brain.
Li, a well-known computer vision professor, is on a mission to "democratise AI" — to guarantee that talent and expertise are shared outside large corporations in order to increase diversity, creativity, and innovation. AI4ALL, her non-profit, trains the next generation of AI technologists, philosophers, and entrepreneurs.
Selz's firm, Squirro, is the pioneer in real contextual intelligence, promoting data as the world's most expensive resource. Artificial intelligence and machine learning are used to offer the "why" behind data, resulting in actionable intelligence and a deep knowledge of customers.
Socher has been dubbed "one of the artificial intelligence and machine learning space's virtuosos." By providing a deeper grasp of context and mood, his methods are revolutionising natural language processing and computer vision.
Hassabis, dubbed the "superhero" of artificial intelligence, is advancing AI by reuniting it with cognitive science. He works at DeepMind on innovative algorithms that can help mankind in areas like healthcare and environmental issues.
Cucchiara has almost 300 publications to his credit. Her work in computer vision, multimedia recognition systems, machine learning, smart sensing, and human behaviour understanding (HBU) has had a significant impact in assisting businesses in pushing AI limits.
Sensorbeat, the first comprehensive package comprising all the electronic devices and AI for interpreting the motion of items and people, was conceived and developed by Hardebring's team. Real-time applications are enabled by smart data processing embedded into the gadget itself.
Li wants to be in charge of AI's destiny in China and abroad. Baidu is constantly engaged in cutting-edge research in fields such as artificial intelligence, computer vision, and machine learning. Baidu Brain is a set of AI-powered solutions, as well as DuerOS, a smart speaker platform.
One of the most often mentioned advantages of AI technology is automation, which has had substantial effects on the communication, transport, consumer goods, and service sectors. Automation not only provides for higher production levels and efficiency in various industries, but it also allows for more efficient input materials usage, better product quality, shorter lead times, and improved safety. Automation can also assist to free up resources that can be put to better use.
Artificial Intelligence has long been used to help businesses make better decisions. To make good judgments for the organisation, AI technology can coordinate data supply, evaluate trends, establish data consistency, give predictions, and quantify uncertainties. AI will stay neutral on the subject at hand as long as it is not trained to replicate human emotions, and it will assist in making the best choice to promote corporate efficiency.
AI-powered solutions can assist organisations in swiftly responding to consumer questions and concerns and resolving issues. Chatbots that combine conversational AI and Natural Language Processing technology may provide highly customised messages to consumers, assisting in the discovery of the optimal solution for their requirements. AI technologies can also assist customer care representatives feel less stressed, resulting in increased productivity.
Artificial Intelligence (AI) technologies are growing progressively popular in the healthcare industry. For example, remote patient monitoring technology enables healthcare practitioners to swiftly make clinical diagnosis and prescribe treatments without having the patient attend the hospital in person. AI can also help track the course of infectious diseases and even forecast their impacts and consequences in the future.
Artificial intelligence (AI) and machine learning (ML) may be used to evaluate data considerably more quickly. It can aid in the development of prediction models and algorithms for data processing and understanding the possible outcomes of various trends and events. Furthermore, AI's powerful computational skills may expedite the processing and interpretation of data for research and innovation that would otherwise take much longer for humans to examine and comprehend.
While many businesses have utilised AI to automate operations, those who use it primarily to replace workers will only experience short-term productivity improvements. In our 1,500-company study, we discovered that when people and robots collaborate, organisations make the most substantial performance gains. Humans and AI actively improve each other's complimentary qualities through cooperative intellectual ability.
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