Artificial Intelligence, short for AI, is the hallmark of the modern era. Basically, AI refers to the imitation and replication of human patterns of intelligence. Despite being around for some time now, this technology remains relatively mysterious for a lot of people. From their choice of food to their music taste to their political affiliations, the individual and collective human intelligence have become quite decipherable for modern science. You can basically depict, mimic, predict, and control human behavior.
Industry leaders expand relationship providing access to Reveal's AI technology to Epiq clients globally Reveal, a groundbreaking eDiscovery technology company, and Epiq, a global leader in the legal services industry, today announced a global enterprise license agreement for the use of Reveal's artificial intelligence technology. The new enterprise license provides all Epiq clients with expanded access to Reveal's artificial intelligence platform with Reveal's recently announced acquisition of NexLP, a leader in the legal artificial intelligence space. Reveal's artificial intelligence platform turns disparate, unstructured data into meaningful insights that can be used to deliver operational efficiencies and strategic advantages for use with eDiscovery cases and Investigations. "Epiq is excited to partner with Reveal as it expands its analytics and artificial intelligence offering through the acquisition of NexLP, a long standing and highly strategic partner of Epiq," said Doug Mazlish, SVP, strategic alliances. "We are looking forward to continuing to provide our clients best in class legal technology solutions in partnership with Reveal. Reveal's investment in NexLP will further fuel their innovation in artificial intelligence in the legal industry and allow Epiq to continue to be an innovation leader in the market."
Since carbon sequestration is such an important factor for mitigating climate change, it's critical to understand the efficacy of reforestation efforts and develop solid estimates of forest carbon storage capacity. However, measuring forest properties can be difficult, especially in places that aren't easily reachable. Purdue University's Jingjing Liang, an assistant professor of quantitative forest ecology and co-chair of the Forest Advanced Computing and Artificial Intelligence (FACAI) Laboratory in the Department of Forestry and Natural Resources, led an international team to measure forest carbon capacity in northeast Asia. Their research, which blends remote sensing, field work and machine learning, offers the most up-to-date estimates of carbon capture potential in reclusive North Korea and details the benefits of reforestation efforts over the last two decades in China and South Korea. "Because there is historically scant data from North Korea, people know little about how much carbon is stored in this region," said Liang, whose findings were published in the journal Global Change Biology.
Machine Learning is more than just neural networks. It involves various classification and regression algorithms like KNN, SVG, etc... It recently (since 10 years more or less) became more popular due to the success of neural networks and deep learning (deep neural networks) in a variety of tasks such as speech recognition, object detection (in images) etc... A neural network is just a function, or a mapping if you prefer, of some input to some output (not much different from a basic function y 2*x 5, just much more articulated). For example, Deep Neural Networks (Neural networks with many layers) can, given an image, tell you if a particular object you are interested in is present (in which case outputs 1) or not (0).