Learn Neural Net Programming: www.heatonresearch.com Introduction to Neural Networks with java is a course that introduces the java programmer to the world of Neural Networks and Artificial Intelligence. Neural network architectures, such as the feedforward, Hopfield, and self-organizing map architectures will be presented. Training techniques, such as backpropagation, genetic algorithms and simulated annealing are also introduced. Practical examples are given for each neural network. Examples will be examined that include the traveling salesman problem, handwriting recognition, financial prediction, game strategy, mathematical functions, and Internet bots.
Posts Tagged ‘ artificial ’
It’s Alive! Artificial Intelligence and Teaching Computers to Think!
Comparing common financial software to the algorithms contained in the PILL Financial Robot is like comparing a tin can and string to a Satellite Phone! The algorithms that allow a computer to think, solve problems on it’s own and then give accurate recommendations are very complex, labor intensive and expensive!!! We can prove that no company on earth has a system that can map it’s own way to debt freedom, build wealth, and update itself by communicating with your financial institution, like the PILL Method Financial Robot. Our engineers use some of the same techniques to develop our algorithms as the engineers in this video…watch…learn…enjoy! See how far Artificial Intelligence has progressed… video.pbs.org
Vitamin D Artificial Intelligence Numenta Software pt1
Numenta is creating a new type of computing technology modeled on the structure and operation of the neocortex. The technology is called Hierarchical Temporal Memory, or HTM, and is applicable to a broad class of problems from machine vision, to fraud detection, to semantic analysis of text. HTM is based on a theory of neocortex first described in the book On Intelligence by Numenta co-founder Jeff Hawkins, Numenta is a technology tools and platform provider rather than an application developer. We work with developers and partners to configure and adapt HTM systems to solve a wide range of problems. HTM technology has the potential to solve many difficult problems in machine learning, inference, and prediction. Some of the application areas we are exploring with our customers include recognizing objects in images, recognizing behaviours in videos, identifying the gender of a speaker, predicting traffic patterns, doing optical character recognition on messy text, evaluating medical images, and predicting click through patterns on the web. The world is becoming awash with data of all types, whether numeric, video, text, images or audio, making it challenging for humans to sort through it and find whats important. HTM technology offers the promise of making sense of all that data. An HTM system is not programmed in the traditional sense; instead it is trained. Sensory data is applied to the bottom of the hierarchy of an HTM system and the HTM automatically discovers the …