
neuralcortex.com
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http://www.neuralcortex.com/
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Victor Fesenko
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Neural Cortex | neuralcortex.com Reviews
https://neuralcortex.com
Neural cortex, page
Ultra Fast Technology for Genetic Computation
A set of novel. Computational methods used to develop. Ultra fast solutions for genetics and bio- computational problems such as. DNA assembly, alignment, and classification. Its power is rooted in a highly parallel multidimensional indexing system called. High level architecture of the. Gene Storm further enhances performance by. The full functionality and. Power of next generation GPU architectures. Can align an entire human genome at 20x coverage. S, 100 - 1000 times faster than comparable tools.
neuralcortex
http://www.neuralcortex.com/a_faq.htm
Q Is NC a completely novel learning framework or is it an indexing system, which is distinct from learning. What's the difference between classification and recognition? According to: Pattern Recognition, 3rd edition by S. Theodoridis, K. Koutroumbas, Academic Press. Pattern Recognition is the scientific discipline whose goal is the classification of objects into a number of categories or classes. The picture illustrating this statement can be found in http:/ neuralcortex.com. Can GeneStorm/Neural cortex...
neuralcortex
http://www.neuralcortex.com/index.htm
NC) is a unique multidimensional indexing system for classification, clustering, and. Discovery that achieves new levels of performance in. Neural and cognitive computation. NC outperforms software and hardware based neural networks in terms of speed (. With no compromise in accuracy. Its novel structure makes large-scale. Applications possible on a. Of species by evolving additional cortical columns while keeping their heights at bay. Unlike the above discussed approaches that operate in the N-dimension...
neuralcortex
http://www.neuralcortex.com/a_digitalreal.htm
Digital and Real Cortex. Tsunoda, K., Yamane, Y., Nishizaki, M., and Tanifuji, M.: "Complex objects are represented in macaque inferotemporal cortex by the combination of feature columns." Nature Neuroscience. 4, 832-838 (2001). Active pixels of a visual area using a digital neural cortex. Notice in both the real and digital models, several feature regions are covered by multiple colors and others are not. The right side picture above shows. Active pixels of a visual area of digital NC.
neuralcortex
http://www.neuralcortex.com/a_advantages.htm
See Benchmarks, Speed Comparison. A single NC module supports both mobile applications and large-scale applications (1M vectors x 256 features out. Of 16K features). Multiple NC modules support very large-scale applications (100M and beyond). See Benchmarks, Accuracy.
neuralcortex
http://www.neuralcortex.com/a_benchmarks.htm
Speed Comparison of some GPU-based Classifiers. The following table compares the speed performance of three classifiers, all of which use GPU accelleration. The data set being tested is the 581012 vector FOREST cover data set with 45 features. The first of the classifiers is using a Neural Cortex. NC versus fastest MLcomp classifiers. He neural cortex classifier's. NC accuracy versus other common reference databases.
TOTAL PAGES IN THIS WEBSITE
10
neuralcortex
http://www.gene.neuralcortex.com/a_aboutus.htm
The Neuralcortex Group is a small team of international scientists dedicated to the development of mathematical and computer models inspired by understanding of nature's own computing machine, the neo-cortex. Our group has expertise in mathematics, modeling, physics, chemistry, and computer architecture. Over the years, we have developed many neuralcortex based software and hardware applications, some of which have received patents. How to contact us. Through this website contact page. R Allan Barker PhD.
A one minute data aligner for human genomes
http://www.gene.neuralcortex.com/a_align.htm
A one billion bp/second sequence data aligner. A one billion bp/second sequence data aligner for human genomes. Removing the bottleneck from human genome analysis. CURRENTLY UNDER CONSTRUCTION - To be posted soon.
neuralcortex
http://www.gene.neuralcortex.com/a_gpus.htm
Gene Storm derives its computational power from two sources, neuralcortrex multi-dimensional indexing. And its ability to ultilize the raw power of the recently introduced GCN gpu architecture, which is designed for computation. Both performance and parallelization are enhanced using dedicated compiler tools. That provide full access to the GCN architecture. One advantage of full architure access is that entire computational programs can be run from gpus leaving the conventional CPU to access data.
neuralcortex
http://www.gene.neuralcortex.com/a_assembly.htm
Ultra Fast De Novo Assembly using Storm. A demonstration de novo assembler based on Storm technology assembled human chromosome 14 in just 10 seconds, roughly a hundred. Times faster that current assemblers running on expensive computers. Standard assembly test suite, for which there are good comparative results. The assembly used a 40x coverage for HC-14's 91 million base pair sequence. The complete assembly process from raw data to assembled contigs runs on gpu hardware. Three gpus were run in parallel.
neuralcortex
http://www.gene.neuralcortex.com/a_gcnc.htm
What is GCN Architecture? New gpu architecture from AMD. Designed to support computation. It is also the first gpu architecture that can be programmed like traditional CPUs allowing it run problems not previously possible on gpus. For genetics, a single gpu can operate on 80 trillion bases per second. He only problem, GCN's power is not fully accessible. Because GCN is programmed with architecture independent tools like openCL that hide much of GCN's functionality. What is the GCN C language? GCNC provid...
Ultra Fast Technology for Genetic Computation
http://www.gene.neuralcortex.com/index.htm
A set of novel. Computational methods used to develop. Ultra fast solutions for genetics and bio- computational problems such as. DNA assembly, alignment, and classification. Its power is rooted in a highly parallel multidimensional indexing system called. High level architecture of the. Gene Storm further enhances performance by. The full functionality and. Power of next generation GPU architectures. Can align an entire human genome at 20x coverage. S, 100 - 1000 times faster than comparable tools.
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Neuralcore Technologies Home
NEURAL Artificial Intelligence – MODERNIZED MANUFACTURING SYSTEMS
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Neuralcorrelate.com
Music | Neural Corrosion
The Sound Of Footsteps. Orlová, Czech Republic. Neural Corrosion is an experimental / progressive rock studio project formed in december 2009 by Martin Mohyla from Orlová, Czech Republic. The main idea behind Neural Corrosion is fusing aspects of various music genres with traditional singer-songwriter song structure. Switch to mobile view.
Neural Corrosion
10" lathe cut vinyl. A1 - Neural Corrosion - Spiral Down (9:30). B1 - Tehanu - Light Is The Left Hand Of Darkness (0:58). B2 - Tehanu - The Way To Nowhere (1:58). B3 - Tehanu - Freedom (1:19). B4 - Tehanu - 73514 (2:56). B5 - Tehanu - Disconform (1:12). 01 - The Constant (4:01). 02 - The Randomness Of Life (5:15). 01 - Circle Of Hands (4:31). 02 - Across The Cornfields (5:04). 03 - The Mansion (5:12). 04 - Hide And Seek (3:12). 05 - Music Box (2:37). 06 - Exploring The Void (4:05). 07 - Room 502 (5:09).
Neural Cortex
Fully inverted files, alias inverse indexes, have been widely used in Google-type search engines. Such inverted files contain lists that store identities of documents. More recently, such indexing techniques were applied to genomics problems, in particular, to genome alignment tasks.
This World, Other Worlds | speculative adventures in thought
This World, Other Worlds. Speculative adventures in thought. Michael Swords on the Extraterrestrial Hypothesis. Incident at Wolf Cove. More Than a Dream. Silent Emergent, Doubly Dark. 1950 radar and visiual sighting with a drawing of the object. A Note on Colors of Unidentified Flying Objects. Aphorisms from Nietzsche, Some Relevant. Niezsche on finding truths, applied to UFOlogy. The Comfort of “Truths”. A Story that Played Pong In the Teller’s Mind. This World, Other Worlds. March 12, 2014. Burlington ...
Desfachatado...
Jueves, 5 de febrero de 2015. Moo me enseñó de los mundos pequeños,. Del potencial infinito de la gota de agua,. De los triángulos que hacen esquina. Para negarse al círculo,. Del abrazo completo y las sonrisas sinceras. Nos reconociamos en nuestra torpeza simple. Del mundo alejados para ser aburridos,. Para así poder divertirnos. La dejaba trazando en su espacio. Para encontrarla en el mismo sitio. De su mano la tinta y camino. Donde encendía sus ojos. Le quité el terror al contacto,. En tus pliegues,.
Neural Creations
We use the computer power as extension of brain creativity, to solve problems and create great solutions beyond the expected. XTS Track and locate a single car or an entire fleet in real time. xTS offers a solution to create geofences and road assignment for a better fleet control. Besides, all information obtained can be integrated with every system available nowadays. XRQ Add financial services with total security within the financial standards requirements, in terms of security and time of response.
neuralcryptography.codeplex.com
Neural Cryptography in F# - Home
Project Hosting for Open Source Software. Neural Cryptography in F#. By clicking Delete, all history, comments and attachments for this page will be deleted and cannot be restored. Change History (all pages). This project is my magistracy resulting work. It is intended to be an example of using neural networks in cryptography. Hashing functions are chosen as the first step in this broad topic. Implementation language is F# running under .NET 4.0 with VS 2010 RC. Last edited Mar 6, 2010 at 3:28 PM.