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Physical Ai : when large language models get legs

By asad
  The past decade has seen a revolution in Artificial Intelligence (AI). From learning to beat complex board game positions like Go to learning to write human-sounding text and make art, AI has changed our online world thoroughly. Yet, a new wave is on its way, and it involves taking AI from online to offline applications. This marks the entry to Physical AI where Large Language Models (LLMs) go from online to offline! This is not a figurative expression. It talks about AI systems that link the virtual world and the physical world; it’s about embodied intelligence capable of moving, sensing, interacting, and adapting within the real world. The applications are enormous, and it includes robotics, mobility, collaboration between humans and machines, ethical implications, and societal implications. From Silos to Mobility: A New Evolution in AI Traditional AI systems, such as chatbots that you use when accessing customer support websites, are digital entities. They exist through code, ...
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Direct-To-Cell Satellite tech: no more dead zones

By asad
  In the 21st century, the world is more interconnected than it has ever been. From watching movies online to engaging in online gaming, from virtual online meetings to global positioning systems, connectivity is a crucial aspect of today’s world. There is, however, a lingering problem that has existed in the world of connectivity for several decades. This problem exists in the form of " dead zones ." These zones, which are common in rural areas of the world, lack proper cellular connectivity. This makes the residents of these zones highly vulnerable. But with the advent of the latest generation of satellite technology Direct To Cell (D2C) satellites – this problem is now ready to be fixed. Within this blog, we will analyze the working of Direct-To-Cell satellite technology, its uses for removing dead zones, and the massive implications it is going to leave on the world of communication and beyond. What is Direct-To-Cell Satellite Technology? Direct To Cell (D2C) Satellite Te...
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How AI co-processors are changing laptop performance

By asad
  If you have purchased a laptop in the past couple of years, you might have noticed a new set of buzzwords on the spec sheet: NPU , neural engine , AI accelerator , or simply " AI co-processor ." Dedicated chips for running machine-learning inference and other AI tasks are no longer a niche component for PCs. They're reworking what we can expect in performance and battery life for laptops, plus what features we can enjoy on the go. Here's how and why that matters. What is an AI co-processor  An AI co-processor-known by many other names, including Neural Processing Unit (NPU) and neural engine-is custom silicon tailored for the matrix math and low-precision arithmetic used by today's neural networks . Unlike general-purpose CPUs-designed to be flexible-or GPUs-designed for large parallel workloads-NPUs are architected for high throughput on ML operations at a fraction of the power cost. That makes them ideal for on-device tasks like voice recognition , image p...
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