Later Terminator: We’re Nowhere Near Artificial Brains | The Crux I can feel it in the air, so thick I can taste it. Can you? It’s the we’re-going-to-build-an-artificial-brain-at-any-moment feeling. It’s exuded into the atmosphere from news media plumes (“IBM Aims to Build Artificial Human Brain Within 10 Years”) and science-fiction movie fountains…and also from science research itself, including projects like Blue Brain and IBM’s SyNAPSE. For example, here’s a recent press release about the latter: Today, IBM (NYSE: IBM) researchers unveiled a new generation of experimental computer chips designed to emulate the brain’s abilities for perception, action and cognition. Now, I’m as romantic as the next scientist (as evidence, see my earlier post on science monk Carl Sagan), but even I carry around a jug of cold water for cases like this. The Worm in the Pass In the story about the Spartans at the Battle of Thermopylae, 300 soldiers prevent a million-man army from making their way through a narrow mountain pass. Big-Brained Dummies Blurry Joints Instincts
Phonetics Resources (with Domtab) IPA Phones and Phonemes of English For the full IPA alphabet with latest revisions, visit the IPA's own home site, where more information on fonts can also be obtained. You can hear Peter Ladefoged pronounce all of the vowel and consonant symbols on the basic IPA chart. These are .aiff sound clips. IPA Help from Summer Institute of Linguistics also provides clickable charts on line. John Wells and the Dept. of Phonetics and Linguistics, University College London have made up a cassette and cd of all of the sounds of the IPA which they will happily send to you for a fairly nominal sum. Unicode IPA -—if you have a font such as lucida sans unicode you can transcribe and browse with it. The vowel sounds of American English are here linked to the symbols of the International Phonetic Alphabet and the ipaascii "ARPAbet". And here are the main consonant phones of English (with some non-phonemic allophones shaded in yellow.) Variation in the sounds of English Sounds Familiar? next tutorials tools
ICT Graphics Lab The Graphics Lab at the University of Southern California has designed an easily reproducible, low-cost 3D display system with a form factor that offers a number of advantages for displaying 3D objects in 3D. The display is: autostereoscopic - requires no special viewing glasses omnidirectional - generates simultaneous views accomodating large numbers of viewers interactive - can update content at 200Hz The system works by projecting high-speed video onto a rapidly spinning mirror. As the mirror turns, it reflects a different and accurate image to each potential viewer. Our rendering algorithm can recreate both virtual and real scenes with correct occlusion, horizontal and vertical perspective, and shading. While flat electronic displays represent a majority of user experiences, it is important to realize that flat surfaces represent only a small portion of our physical world. This surface spins synchronously relative to the images being displayed by the projector.
GeeksforGeeks IBM simulates 530 billon neurons, 100 trillion synapses on supercomputer A network of neurosynaptic cores derived from long-distance wiring in the monkey brain: Neuro-synaptic cores are locally clustered into brain-inspired regions, and each core is represented as an individual point along the ring. Arcs are drawn from a source core to a destination core with an edge color defined by the color assigned to the source core. (Credit: IBM) Announced in 2008, DARPA’s SyNAPSE program calls for developing electronic neuromorphic (brain-simulation) machine technology that scales to biological levels, using a cognitive computing architecture with 1010 neurons (10 billion) and 1014 synapses (100 trillion, based on estimates of the number of synapses in the human brain) to develop electronic neuromorphic machine technology that scales to biological levels.” Simulating 10 billion neurons and 100 trillion synapses on most powerful supercomputer Neurosynaptic core (credit: IBM) Two billion neurosynaptic cores DARPA SyNAPSE Phase 0DARPA SyNAPSE Phase 1DARPA SyNAPSE Phase 2
Products | SpeechMagic, speech recognition products, features, benefits, document creation, Speech SDK Purchase Where to buy? To find your local 360 | SpeechMagic SDK supplier, please choose your geographical area: Argentina BorealSys S.A. Philips Argentina S.A. Timed S.A. Avda. Australia Crescendo Systems Corporation EUROMED represented by speechsolutions Siemens Siemens Medical Solutions Health Services Hartmannstr. 16 Postfach 32 60 91050 Erlangen Germany Tel: +49 91 31 84 0Fax: +49 91 31 84 37 Soliton IT Pty Ltd Austria Agfa D.A.T.A. PCS Patidok Creative Software GmbH Bahrain Emerging Technologies Philips Medical Systems 5th floor, GULF TOWERS, Oud Metha Road P.O. Siemens Healthcare Belgium Carestream Health G2 Speech België N.V. / S.A. Brazil Philips Medical Systems Ltda. - Brazil Rua Verbo Divino - 1400 - 7o Andar Chacara Santo Antonio 04719-002 - Sao Paulo BrazilTel: +55 11 2125 3452Fax: + 55 11 2125 3459benvenuto.somera@philips.com Canada HTI - Healthcare Technologies, Inc. Medquist Inc. Chile Philips Chilena S.A. Columbia Philips Colombiana de Comercialización S.A Waid
Zawieszanie się X'ów podczas wyłączania gier. - UBUNTU.PL - Pols Odp: Problem z wyłączaniem gier. przez StuckInDream » 8 lis 2009, o 15:08 maf2 napisał(a):Podaj jaką masz kartę graficzną i wersję sterownika. Karta GF 7300 LE stery 185Gry pod linuxa bez wine'a maf2 napisał(a):Jesteś pewien, że gra zwiesza ci kompa ? Nie działa nic... dodam że z moją grafiką w ogóle się dziwne rzeczy dzieją ... np po wyłączeniu komputera stan rozdzielczości się nie zapisuje... próbowałem reinstalacji sterów, bawiłem się xorgiem ... również bez efektów... Spróbuj może alt + ctrl + f1 by przełączyć się do konsoli a potem alt+f7 z powrotem do X. zaraz wypróbuje i dam edita. A co do powyższego.
PlantUML PlantUMLis a component that allows to quickly write : Diagrams are defined using a simple and intuitive language. This can be used within many other tools. Images can be generated in PNG or SVG format. It is also possible to generate ASCII art diagrams (only for sequence diagrams). This example is working thanks to the online demo server. Q-learning Q-learning is a model-free reinforcement learning technique. Specifically, Q-learning can be used to find an optimal action-selection policy for any given (finite) Markov decision process (MDP). It works by learning an action-value function that ultimately gives the expected utility of taking a given action in a given state and following the optimal policy thereafter. Algorithm[edit] The problem model, the MDP, consists of an agent, states S and a set of actions per state A. , the agent can move from state to state. The algorithm therefore has a function which calculates the Quality of a state-action combination: Before learning has started, Q returns an (arbitrary) fixed value, chosen by the designer. where is the reward observed after performing in , and where ) is the learning rate (may be the same for all pairs). ) trades off the importance of sooner versus later rewards. An episode of the algorithm ends when state is a final state (or, "absorbing state"). Note that for all final states .
CLiCk, Speak: A Talking Extension for Firefox Pentagram Lacing Notes: • If the crossovers of the laces are carefully woven as shown, the centre of the pentagram will have all the "overpasses" running clockwise, which helps to maintain the shape more securely. • This lacing works best with thinner or flat laces because several eyelets have to accommodate two passes of shoelace. • These diagrams are drawn with the pentagrams fairly symmetrical and centered. • On shoes with a tongue centering loop, the top point can be run through that loop to eliminate the upper "rung". • Although I haven't yet created diagrams for fewer than five eyelet pairs, it is possible to create a pentagram using four eyelet pairs, or an inverted pentagram using as few as three eyelet pairs. • An inverted pentagram is used by some people as a Satanic or occultic symbol.
styleguide - Style guides for Google-originated open-source projects Every major open-source project has its own style guide: a set of conventions (sometimes arbitrary) about how to write code for that project. It is much easier to understand a large codebase when all the code in it is in a consistent style. “Style” covers a lot of ground, from “use camelCase for variable names” to “never use global variables” to “never use exceptions.” This project holds the style guidelines we use for Google code. If you are modifying a project that originated at Google, you may be pointed to this page to see the style guides that apply to that project. Our C++ Style Guide, Objective-C Style Guide, Java Style Guide, Python Style Guide, Shell Style Guide, HTML/CSS Style Guide, JavaScript Style Guide, AngularJS Style Guide, Common Lisp Style Guide, and Vimscript Style Guide are now available. If your project requires that you create a new XML document format, our XML Document Format Style Guide may be helpful.