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<item rdf:about="http://blogmarks.net/api/user/helmeloh/mark/1058055877">
<title>Das Perzeptron - Einführung in neuronale Netze und KI</title>
<link>http://www.hirner.at/archives/2438</link>
<description>Das Perzeptron ist ein vereinfachtes künstliches neuronales Netz (Frank Rosenblatt 1958). Rosenblatt hat es so einfach realisiert, dass man es mathematisch mit einer dreistufigen Verarbeitung von Matritzen erfassen konnte. Aber auch weil die Parameter de</description>
<dc:date>2007-11-11T08:36:29Z</dc:date>
<dc:author>helmeloh</dc:author>
<dc:subject>KI, ai, perzeptron, neuron, neuronales, netz, künstliche, intelligenz</dc:subject>
<content:encoded><![CDATA[<div class="mark">
<a href="http://www.hirner.at/archives/2438"><img border="0" src="http://blogmarks.net/screenshots/404.php" alt="" /></a>
<div class="xfolkentry">
<h4><a class="taggedlink" href="http://www.hirner.at/archives/2438">Das Perzeptron - Einführung in neuronale Netze und KI</a></h4>
 
by <a href="http://blogmarks.net/user/helmeloh">helmeloh</a> 
<p class="description">Das Perzeptron ist ein vereinfachtes künstliches neuronales Netz (Frank Rosenblatt 1958). Rosenblatt hat es so einfach realisiert, dass man es mathematisch mit einer dreistufigen Verarbeitung von Matritzen erfassen konnte. Aber auch weil die Parameter de</p>
<p class="tags">
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/KI">KI</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/ai">ai</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/perzeptron">perzeptron</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/neuron">neuron</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/neuronales">neuronales</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/netz">netz</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/k%25C3%25BCnstliche">künstliche</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/intelligenz">intelligenz</a>
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</item> <item rdf:about="http://blogmarks.net/api/user/YukuanMark/mark/816788">
<title>New Neurons Need Signals to Survive</title>
<link>http://www.sciam.com/article.cfm?chanID=sa003&amp;articleID=000BDA15-F772-14DC-B77283414B7F0000&amp;ref=rss</link>
<description>The human brain continues to produce new nerve cells throughout its life and these neurons may be key to learning new information. But many of these novice neurons wither and die before joining the vast signaling network of their mature peers. Now new res</description>
<dc:date>2006-08-14T11:45:21Z</dc:date>
<dc:author>YukuanMark</dc:author>
<dc:subject>neuron, brain</dc:subject>
<content:encoded><![CDATA[<div class="mark">
<a href="http://www.sciam.com/article.cfm?chanID=sa003&amp;articleID=000BDA15-F772-14DC-B77283414B7F0000&amp;ref=rss"><img border="0" src="http://blogmarks.net/screenshots/404.php" alt="" /></a>
<div class="xfolkentry">
<h4><a class="taggedlink" href="http://www.sciam.com/article.cfm?chanID=sa003&amp;articleID=000BDA15-F772-14DC-B77283414B7F0000&amp;ref=rss">New Neurons Need Signals to Survive</a></h4>
 
by <a href="http://blogmarks.net/user/YukuanMark">YukuanMark</a> 
<p class="description">The human brain continues to produce new nerve cells throughout its life and these neurons may be key to learning new information. But many of these novice neurons wither and die before joining the vast signaling network of their mature peers. Now new res</p>
<p class="tags">
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/neuron">neuron</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/brain">brain</a>
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</item> <item rdf:about="http://blogmarks.net/api/user/YukuanBlog/mark/681736">
<title>腦中的海馬（hippocampus）</title>
<link>http://yukuan.blogspot.com/2006/07/hippocampus.html</link>
<description>《創智慧》強烈建議海馬迴（hippocampus）在新皮質區域階層中，扮演最頂層的角色。所以我特地找了《海馬體：大腦真的很有意思》複習複習，更詳細地認識腦中的這對海馬。</description>
<dc:date>2006-07-26T15:33:30Z</dc:date>
<dc:author>YukuanBlog</dc:author>
<dc:subject>book, hippocampus, scotoma, neuron, brain, review</dc:subject>
<content:encoded><![CDATA[<div class="mark">
<a href="http://yukuan.blogspot.com/2006/07/hippocampus.html"><img border="0" src="http://blogmarks.net/screenshots/2006/07/26/294e5cd58526fe04bfb64a5be309725a.png" alt="" /></a>
<div class="xfolkentry">
<h4><a class="taggedlink" href="http://yukuan.blogspot.com/2006/07/hippocampus.html">腦中的海馬（hippocampus）</a></h4>
 
by <a href="http://blogmarks.net/user/YukuanBlog">YukuanBlog</a> 
<p class="description">《創智慧》強烈建議海馬迴（hippocampus）在新皮質區域階層中，扮演最頂層的角色。所以我特地找了《海馬體：大腦真的很有意思》複習複習，更詳細地認識腦中的這對海馬。</p>
<p class="tags">
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/book">book</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/hippocampus">hippocampus</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/scotoma">scotoma</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/neuron">neuron</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/brain">brain</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/review">review</a>
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</item> <item rdf:about="http://blogmarks.net/api/user/YukuanMark/mark/710330">
<title>大腦奇幻之旅</title>
<link>http://www.clio.com.tw/new_page_405.htm</link>
<description>有朝一日，會有人寫一部大腦的使用說明書，來解釋大腦的功能。說明書將一一交代新生兒是如何構成大腦，以及每個部分的具體功能，至於大腦如何出色地再現外部世界、同時又怎樣關注外部</description>
<dc:date>2006-07-08T17:14:53Z</dc:date>
<dc:author>YukuanMark</dc:author>
<dc:subject>book, choice, brain, neuron</dc:subject>
<content:encoded><![CDATA[<div class="mark">
<a href="http://www.clio.com.tw/new_page_405.htm"><img border="0" src="http://blogmarks.net/screenshots/2006/08/03/84d43e59a23e2d168b0fbdd54064c1ea.png" alt="" /></a>
<div class="xfolkentry">
<h4><a class="taggedlink" href="http://www.clio.com.tw/new_page_405.htm">大腦奇幻之旅</a></h4>
 
by <a href="http://blogmarks.net/user/YukuanMark">YukuanMark</a> 
<p class="description">有朝一日，會有人寫一部大腦的使用說明書，來解釋大腦的功能。說明書將一一交代新生兒是如何構成大腦，以及每個部分的具體功能，至於大腦如何出色地再現外部世界、同時又怎樣關注外部</p>
<p class="tags">
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/book">book</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/choice">choice</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/brain">brain</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/neuron">neuron</a>
</p>
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</item> <item rdf:about="http://blogmarks.net/api/user/YukuanBlog/mark/679487">
<title>A Big Buying</title>
<link>http://yukuan.blogspot.com/2006/07/big-buying.html</link>
<description>既然要再回到象牙塔蹲一陣子，趁機大拜書一下是一定要的啦 :)

除了到各圖書館抱些書過過癮外，買書勢必是免不了的！</description>
<dc:date>2006-07-08T03:10:32Z</dc:date>
<dc:author>YukuanBlog</dc:author>
<dc:subject>brain, complexity, embedded, bookstore, book, weightless, neuron</dc:subject>
<content:encoded><![CDATA[<div class="mark">
<a href="http://yukuan.blogspot.com/2006/07/big-buying.html"><img border="0" src="http://www.blogmarks.net/screenshots/2006/07/08/81f1857d59c48afc639587cabf484bf4.png" alt="" /></a>
<div class="xfolkentry">
<h4><a class="taggedlink" href="http://yukuan.blogspot.com/2006/07/big-buying.html">A Big Buying</a></h4>
 
by <a href="http://blogmarks.net/user/YukuanBlog">YukuanBlog</a> 
<p class="description">既然要再回到象牙塔蹲一陣子，趁機大拜書一下是一定要的啦 :)

除了到各圖書館抱些書過過癮外，買書勢必是免不了的！</p>
<p class="tags">
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/brain">brain</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/complexity">complexity</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/embedded">embedded</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/bookstore">bookstore</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/book">book</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/weightless">weightless</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/neuron">neuron</a>
</p>
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</item> <item rdf:about="http://blogmarks.net/api/user/YukuanMark/mark/710336">
<title>Neurons and Symbols</title>
<link>http://www.amazon.com/gp/product/0412460904/002-6105597-6750428?v=glance&amp;n=283155</link>
<description></description>
<dc:date>2006-08-29T13:53:27Z</dc:date>
<dc:author>YukuanMark</dc:author>
<dc:subject>book, choice, brain, neuron, symbol, ai</dc:subject>
<content:encoded><![CDATA[<div class="mark">
<a href="http://www.amazon.com/gp/product/0412460904/002-6105597-6750428?v=glance&amp;n=283155"><img border="0" src="http://blogmarks.net/screenshots/2006/08/03/59f3253cc9bc4ad9f81235c2041d99de.png" alt="" /></a>
<div class="xfolkentry">
<h4><a class="taggedlink" href="http://www.amazon.com/gp/product/0412460904/002-6105597-6750428?v=glance&amp;n=283155">Neurons and Symbols</a></h4>
 
by <a href="http://blogmarks.net/user/YukuanMark">YukuanMark</a> 
<p class="tags">
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/book">book</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/choice">choice</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/brain">brain</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/neuron">neuron</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/symbol">symbol</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/ai">ai</a>
</p>
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</item> <item rdf:about="http://blogmarks.net/api/user/YukuanMark/mark/710337">
<title>Modeling Neural Development</title>
<link>http://mitpress.mit.edu/catalog/item/default.asp?ttype=2&amp;tid=9987</link>
<description>This original and timely collection is one of the first books to study neural development using computational and mathematical modeling. Modeling provides precise and exact ways of expression, which allow us to go beyond the insights that intuitive or com</description>
<dc:date>2006-07-07T15:26:16Z</dc:date>
<dc:author>YukuanMark</dc:author>
<dc:subject>book, choice, brain, development, neuroscience, neuron, ai, alife</dc:subject>
<content:encoded><![CDATA[<div class="mark">
<a href="http://mitpress.mit.edu/catalog/item/default.asp?ttype=2&amp;tid=9987"><img border="0" src="http://blogmarks.net/screenshots/2006/08/03/c2335d378c9bbb2f35117c4d48e9cced.png" alt="" /></a>
<div class="xfolkentry">
<h4><a class="taggedlink" href="http://mitpress.mit.edu/catalog/item/default.asp?ttype=2&amp;tid=9987">Modeling Neural Development</a></h4>
 
by <a href="http://blogmarks.net/user/YukuanMark">YukuanMark</a> 
<p class="description">This original and timely collection is one of the first books to study neural development using computational and mathematical modeling. Modeling provides precise and exact ways of expression, which allow us to go beyond the insights that intuitive or com</p>
<p class="tags">
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/book">book</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/choice">choice</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/brain">brain</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/development">development</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/neuroscience">neuroscience</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/neuron">neuron</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/ai">ai</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/alife">alife</a>
</p>
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</item> <item rdf:about="http://blogmarks.net/api/user/YukuanMark/mark/710342">
<title>海馬體：大腦真的很有意思！</title>
<link>http://www.sanmin.com.tw/page-product.asp?pf_id=000357587</link>
<description>會讀書、考試拿高分的人，不見得頭腦好；不懂得物理原理，不會計算拋物線，卻能把球丟到特定位置的運動好手比較聰明？
博學多聞不等於頭腦好；發現自己喜歡的東西，會非常徹底鑽研的人才是頭腦好？
年紀愈大愈善於用腦，超過三十歲大腦會更靈活；腦細胞不會死掉，反而不斷增加？
活用大腦不是為了「無限地增強記憶力」、「盡快解決問題」，而是為了過快樂有趣的生活？
大腦操縱記憶的部位「海馬體」，人腦中最具可塑性的地方就是這裡。</description>
<dc:date>2006-08-29T13:51:23Z</dc:date>
<dc:author>YukuanMark</dc:author>
<dc:subject>book, choice, brain, neuroscience, neuron</dc:subject>
<content:encoded><![CDATA[<div class="mark">
<a href="http://www.sanmin.com.tw/page-product.asp?pf_id=000357587"><img border="0" src="http://blogmarks.net/screenshots/2006/08/03/9eb6b7c66175b2acd53bfaf6326f2529.png" alt="" /></a>
<div class="xfolkentry">
<h4><a class="taggedlink" href="http://www.sanmin.com.tw/page-product.asp?pf_id=000357587">海馬體：大腦真的很有意思！</a></h4>
 
by <a href="http://blogmarks.net/user/YukuanMark">YukuanMark</a> 
<p class="description">會讀書、考試拿高分的人，不見得頭腦好；不懂得物理原理，不會計算拋物線，卻能把球丟到特定位置的運動好手比較聰明？
博學多聞不等於頭腦好；發現自己喜歡的東西，會非常徹底鑽研的人才是頭腦好？
年紀愈大愈善於用腦，超過三十歲大腦會更靈活；腦細胞不會死掉，反而不斷增加？
活用大腦不是為了「無限地增強記憶力」、「盡快解決問題」，而是為了過快樂有趣的生活？
大腦操縱記憶的部位「海馬體」，人腦中最具可塑性的地方就是這裡。</p>
<p class="tags">
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/book">book</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/choice">choice</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/brain">brain</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/neuroscience">neuroscience</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/neuron">neuron</a>
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</item> <item rdf:about="http://blogmarks.net/api/user/YukuanMark/mark/710349">
<title>Neurocomputing Home</title>
<link>http://www.neurocomputing.org/index.html</link>
<description>Welcome to Neurocomputing.org, the resource site for all those interested in simulating the brain within a dynamic virtual environment using realistic neurons having action potentials (not artificial neural networks) . Recent advances in 3D engines (like</description>
<dc:date>2006-07-25T13:35:13Z</dc:date>
<dc:author>YukuanMark</dc:author>
<dc:subject>brain, neuroscience, neuron</dc:subject>
<content:encoded><![CDATA[<div class="mark">
<a href="http://www.neurocomputing.org/index.html"><img border="0" src="http://blogmarks.net/screenshots/2006/08/03/88c0f51e1ad9c9b690005a3daeefe21c.png" alt="" /></a>
<div class="xfolkentry">
<h4><a class="taggedlink" href="http://www.neurocomputing.org/index.html">Neurocomputing Home</a></h4>
 
by <a href="http://blogmarks.net/user/YukuanMark">YukuanMark</a> 
 &amp; <a class="public" href="http://blogmarks.net/link/979978">1 other(s)</a> 
<p class="description">Welcome to Neurocomputing.org, the resource site for all those interested in simulating the brain within a dynamic virtual environment using realistic neurons having action potentials (not artificial neural networks) . Recent advances in 3D engines (like</p>
<p class="tags">
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/brain">brain</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/neuroscience">neuroscience</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/neuron">neuron</a>
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<title>Memory-prediction framework</title>
<link>http://en.wikipedia.org/wiki/Memory-prediction_framework</link>
<description>The memory-prediction framework is a theory of brain function that was created by Jeff Hawkins and described in his book On Intelligence. This theory concerns the role of the hippocampus, neocortex, and the thalamus in matching sensory inputs to stored me</description>
<dc:date>2006-06-16T19:08:58Z</dc:date>
<dc:author>YukuanMark</dc:author>
<dc:subject>brain, memory, neuroscience, OnIntelligence, neuron, ai, htm, cortex</dc:subject>
<content:encoded><![CDATA[<div class="mark">
<a href="http://en.wikipedia.org/wiki/Memory-prediction_framework"><img border="0" src="http://blogmarks.net/screenshots/2006/08/07/2872260c326063ff581cf45b160993e9.png" alt="" /></a>
<div class="xfolkentry">
<h4><a class="taggedlink" href="http://en.wikipedia.org/wiki/Memory-prediction_framework">Memory-prediction framework</a></h4>
 
by <a href="http://blogmarks.net/user/YukuanMark">YukuanMark</a> 
<p class="description">The memory-prediction framework is a theory of brain function that was created by Jeff Hawkins and described in his book On Intelligence. This theory concerns the role of the hippocampus, neocortex, and the thalamus in matching sensory inputs to stored me</p>
<p class="tags">
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/brain">brain</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/memory">memory</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/neuroscience">neuroscience</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/OnIntelligence">OnIntelligence</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/neuron">neuron</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/ai">ai</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/htm">htm</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/cortex">cortex</a>
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<title>積習難改，天生如此？</title>
<link>http://www.sciscape.org/news_detail.php?news_id=1978</link>
<description>麻省理工學院Ann Graybiel 教授發現當習慣養成後，在腦部會形成特定的神經活性模式，所以積習難改。</description>
<dc:date>2006-02-06T13:57:00Z</dc:date>
<dc:author>YukuanMark</dc:author>
<dc:subject>brain, neuron</dc:subject>
<content:encoded><![CDATA[<div class="mark">
<a href="http://www.sciscape.org/news_detail.php?news_id=1978"><img border="0" src="http://blogmarks.net/screenshots/404.php" alt="" /></a>
<div class="xfolkentry">
<h4><a class="taggedlink" href="http://www.sciscape.org/news_detail.php?news_id=1978">積習難改，天生如此？</a></h4>
 
by <a href="http://blogmarks.net/user/YukuanMark">YukuanMark</a> 
<p class="description">麻省理工學院Ann Graybiel 教授發現當習慣養成後，在腦部會形成特定的神經活性模式，所以積習難改。</p>
<p class="tags">
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/brain">brain</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/neuron">neuron</a>
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<title>The Neuron Farm</title>
<link>http://yukuan.blogspot.com/2004/07/neuron-farm.html</link>
<description>基於興趣，碩士論文我是作 Bio-machine modeling 方面的題目，在歸類上屬於人造生命（Artificial Life, ALife）的範疇，選擇的 target 是神經細胞的生長、發育。</description>
<dc:date>2006-01-20T10:44:50Z</dc:date>
<dc:author>YukuanBlog</dc:author>
<dc:subject>agent, software, java, project, simulation, brain, alife, neuron, oscillograph, scope, probe</dc:subject>
<content:encoded><![CDATA[<div class="mark">
<a href="http://yukuan.blogspot.com/2004/07/neuron-farm.html"><img border="0" src="http://www.blogmarks.net/screenshots/2006/01/20/8d22cda90ea84a02c8ad4b550102a43a.png" alt="" /></a>
<div class="xfolkentry">
<h4><a class="taggedlink" href="http://yukuan.blogspot.com/2004/07/neuron-farm.html">The Neuron Farm</a></h4>
 
by <a href="http://blogmarks.net/user/YukuanBlog">YukuanBlog</a> 
<p class="description">基於興趣，碩士論文我是作 Bio-machine modeling 方面的題目，在歸類上屬於人造生命（Artificial Life, ALife）的範疇，選擇的 target 是神經細胞的生長、發育。</p>
<p class="tags">
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/agent">agent</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/software">software</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/java">java</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/project">project</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/simulation">simulation</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/brain">brain</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/alife">alife</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/neuron">neuron</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/oscillograph">oscillograph</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/scope">scope</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/probe">probe</a>
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<title>New Neurons Go with the Spinal Fluid Flow</title>
<link>http://www.sciam.com/article.cfm?chanID=sa003&amp;articleID=000840DA-CFBD-13C6-8FBD83414B7F0000</link>
<description>Recent research has revealed that brains continue to produce new neurons throughout life, helping create new neural networks.</description>
<dc:date>2006-01-15T07:29:48Z</dc:date>
<dc:author>YukuanMark</dc:author>
<dc:subject>brain, biology, neuron</dc:subject>
<content:encoded><![CDATA[<div class="mark">
<a href="http://www.sciam.com/article.cfm?chanID=sa003&amp;articleID=000840DA-CFBD-13C6-8FBD83414B7F0000"><img border="0" src="http://www.blogmarks.net/screenshots/2006/01/15/0c997773c97358665a0233ee25606bc5.png" alt="" /></a>
<div class="xfolkentry">
<h4><a class="taggedlink" href="http://www.sciam.com/article.cfm?chanID=sa003&amp;articleID=000840DA-CFBD-13C6-8FBD83414B7F0000">New Neurons Go with the Spinal Fluid Flow</a></h4>
 
by <a href="http://blogmarks.net/user/YukuanMark">YukuanMark</a> 
<p class="description">Recent research has revealed that brains continue to produce new neurons throughout life, helping create new neural networks.</p>
<p class="tags">
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/brain">brain</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/biology">biology</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/neuron">neuron</a>
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<title>鏡像神經元受損可能為自閉症肇因</title>
<link>http://www.sciscape.org/news_detail.php?news_id=1926</link>
<description>透過磁振造影(MRI)，加州大學洛杉磯分校研究人員認為自閉症可能歸罪於腦部的鏡像神經元系統(mirror neuron system)受損。</description>
<dc:date>2005-12-19T11:28:46Z</dc:date>
<dc:author>YukuanMark</dc:author>
<dc:subject>brain, autism, medicine, neuron</dc:subject>
<content:encoded><![CDATA[<div class="mark">
<a href="http://www.sciscape.org/news_detail.php?news_id=1926"><img border="0" src="http://www.blogmarks.net/screenshots/2005/12/19/012320070fd390af54df52f16283f7cd.png" alt="" /></a>
<div class="xfolkentry">
<h4><a class="taggedlink" href="http://www.sciscape.org/news_detail.php?news_id=1926">鏡像神經元受損可能為自閉症肇因</a></h4>
 
by <a href="http://blogmarks.net/user/YukuanMark">YukuanMark</a> 
<p class="description">透過磁振造影(MRI)，加州大學洛杉磯分校研究人員認為自閉症可能歸罪於腦部的鏡像神經元系統(mirror neuron system)受損。</p>
<p class="tags">
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/brain">brain</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/autism">autism</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/medicine">medicine</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/neuron">neuron</a>
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<title>Edelman's Neural Darwinism</title>
<link>http://yukuan.blogspot.com/2004/07/edelmans-neural-darwinism.html</link>
<description>the links of books, review, and project for Edelman's Neural Darwinism</description>
<dc:date>2006-01-09T12:20:29Z</dc:date>
<dc:author>YukuanBlog</dc:author>
<dc:subject>book, ai, note, darwin, neuron, edelman, nn</dc:subject>
<content:encoded><![CDATA[<div class="mark">
<a href="http://yukuan.blogspot.com/2004/07/edelmans-neural-darwinism.html"><img border="0" src="http://www.blogmarks.net/screenshots/2005/11/15/c7680a098f1786338bd45666b231d3c1.png" alt="" /></a>
<div class="xfolkentry">
<h4><a class="taggedlink" href="http://yukuan.blogspot.com/2004/07/edelmans-neural-darwinism.html">Edelman's Neural Darwinism</a></h4>
 
by <a href="http://blogmarks.net/user/YukuanBlog">YukuanBlog</a> 
<p class="description">the links of books, review, and project for Edelman's Neural Darwinism</p>
<p class="tags">
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/book">book</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/ai">ai</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/note">note</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/darwin">darwin</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/neuron">neuron</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/edelman">edelman</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/nn">nn</a>
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<title>Spiking Neural Network</title>
<link>http://yukuan.blogspot.com/2004/07/spiking-neural-network.html</link>
<description>Spiking Neural Network, SNN 又稱 pulsed neural network 顧名思義，其中的 neuron 著重在模擬生物神經元激發時軸突所傳遞的突波。</description>
<dc:date>2006-01-09T12:20:57Z</dc:date>
<dc:author>YukuanBlog</dc:author>
<dc:subject>ai, neuron, nn, spiking</dc:subject>
<content:encoded><![CDATA[<div class="mark">
<a href="http://yukuan.blogspot.com/2004/07/spiking-neural-network.html"><img border="0" src="http://www.blogmarks.net/screenshots/2005/11/15/b58e561d8b188ec8bac97d45af47439f.png" alt="" /></a>
<div class="xfolkentry">
<h4><a class="taggedlink" href="http://yukuan.blogspot.com/2004/07/spiking-neural-network.html">Spiking Neural Network</a></h4>
 
by <a href="http://blogmarks.net/user/YukuanBlog">YukuanBlog</a> 
<p class="description">Spiking Neural Network, SNN 又稱 pulsed neural network 顧名思義，其中的 neuron 著重在模擬生物神經元激發時軸突所傳遞的突波。</p>
<p class="tags">
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/ai">ai</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/neuron">neuron</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/nn">nn</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/spiking">spiking</a>
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<title>[借鏡靈感篇] 腦的一生 [跳脫式參考]</title>
<link>http://yukuan.blogspot.com/2003/03/re_24.html</link>
<description>　　目前手邊資料不是很充分， Edelman 的文獻也只是提出大方向上的描述，
對實作真正有幫助的細節並未公開...</description>
<dc:date>2006-01-19T04:04:56Z</dc:date>
<dc:author>YukuanBlog</dc:author>
<dc:subject>selection, ai, brain, neuron, edelman</dc:subject>
<content:encoded><![CDATA[<div class="mark">
<a href="http://yukuan.blogspot.com/2003/03/re_24.html"><img border="0" src="http://www.blogmarks.net/screenshots/2005/11/15/7ac456a6c0f64da9aad6c0f3e4997731.png" alt="" /></a>
<div class="xfolkentry">
<h4><a class="taggedlink" href="http://yukuan.blogspot.com/2003/03/re_24.html">[借鏡靈感篇] 腦的一生 [跳脫式參考]</a></h4>
 
by <a href="http://blogmarks.net/user/YukuanBlog">YukuanBlog</a> 
<p class="description">　　目前手邊資料不是很充分， Edelman 的文獻也只是提出大方向上的描述，
對實作真正有幫助的細節並未公開...</p>
<p class="tags">
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/selection">selection</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/ai">ai</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/brain">brain</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/neuron">neuron</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/edelman">edelman</a>
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<title>Re: [借鏡靈感篇] 腦的一生 [跳脫式參考]</title>
<link>http://yukuan.blogspot.com/2003/03/re.html</link>
<description>　　我想，那跟你的模擬方式有關，由於你是利用通用電腦來模擬神經網路，我們當然可以指稱，被模擬的東西是軟體、因為它們都存於電腦記憶體中。</description>
<dc:date>2006-01-19T04:05:42Z</dc:date>
<dc:author>YukuanBlog</dc:author>
<dc:subject>selection, brain, neuron, immunity, edelman</dc:subject>
<content:encoded><![CDATA[<div class="mark">
<a href="http://yukuan.blogspot.com/2003/03/re.html"><img border="0" src="http://www.blogmarks.net/screenshots/2005/11/15/5f0e5bc4f97a9637b77efc28425fd8f8.png" alt="" /></a>
<div class="xfolkentry">
<h4><a class="taggedlink" href="http://yukuan.blogspot.com/2003/03/re.html">Re: [借鏡靈感篇] 腦的一生 [跳脫式參考]</a></h4>
 
by <a href="http://blogmarks.net/user/YukuanBlog">YukuanBlog</a> 
<p class="description">　　我想，那跟你的模擬方式有關，由於你是利用通用電腦來模擬神經網路，我們當然可以指稱，被模擬的東西是軟體、因為它們都存於電腦記憶體中。</p>
<p class="tags">
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/selection">selection</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/brain">brain</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/neuron">neuron</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/immunity">immunity</a>
<a rel="tag" class="tag public_tag" href="http://blogmarks.net/marks/tag/edelman">edelman</a>
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