Tag: Image Processing

Discover how Hailo, an AI chipmaker, is utilizing non-Von Neumann data flow architecture to enable efficient, cost-effective deep learning operations on the edge. Their Hailo-15 chip is suitable for embedding into cameras giving insights while also conserving power. Join their leader Orr Danon over at VentureBeat to learn more!

. OpenAI is pushing the boundaries of AI development with its revolutionary technology designed to achieve human-level AI. From GPT to GPT-4, ChatGPT offers a platform for leveraging these models, allowing users to answer questions, complete text, create conversational agents, provide tutoring, and more. OpenAI has also released GPT-4 with improved accuracy in tests like the SAT and LSAT, while ChatGPT enhanced the platform with support for images. OpenAI has democratized AI, providing businesses with a standard of technology that is both efficient and accessible.

OpenAI has released MiniGPT-4, an AI vision & language model that takes complex tasks just like GPT-4 & can process images. MiniGPT offers an powerful open-source alternative capable of website creation from hand-written drafts, image description generation & more. It is a recent significant development in the field of AI research.

SenseTime, a Shanghai-based computer vision leader founded by Massachusetts Institute of Technology alum Tang Xiao'ou and backed by Alibaba Group Holding Ltd. was the most highly anticipated debut of 2021. Their suite of Artificial Intelligence technology services utilizes vast troves of data and deep computing power allowing for the creation of a user-facing chatbot: SenseChat. In addition, products such as 'Miaohua' (image processor) and 'Ruying' (animator) as well as their AI model: SenseNova, giving access to a "supermarket of AI big models" for third-party clients, have made SenseTime a global leader in AI development.

ChatGPT is an AI-driven technology with a variety of uses, including analyzing MRI and CT scans, accurately answering medical questions and delivering sensitive information. While its potential for medical care and patient experience are high, users must be aware of the technology's limitations and use it responsibly. Andrew Beam and Dr Isaac Kohane have explored its potential in depth, with the potential described in the co-authored book, The AI Revolution in Medicine: GPT-4 and Beyond.