際際滷shows by User: IEEE_NTUA_SB / http://www.slideshare.net/images/logo.gif 際際滷shows by User: IEEE_NTUA_SB / Fri, 20 Feb 2015 12:47:53 GMT 際際滷Share feed for 際際滷shows by User: IEEE_NTUA_SB IEEE NTUA SB - Arduino Workshop vol 2 /slideshow/ieee-ntua-sb-arduino-workshop-vol-2/44937601 ntua-prese2-150220124753-conversion-gate02
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]]> Fri, 20 Feb 2015 12:47:53 GMT /slideshow/ieee-ntua-sb-arduino-workshop-vol-2/44937601 IEEE_NTUA_SB@slideshare.net(IEEE_NTUA_SB) IEEE NTUA SB - Arduino Workshop vol 2 IEEE_NTUA_SB <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/ntua-prese2-150220124753-conversion-gate02-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br>
IEEE NTUA SB - Arduino Workshop vol 2 from IEEE NTUA SB
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]]> Fri, 20 Feb 2015 01:52:01 GMT /slideshow/ieee-ntua-sb/44914614 IEEE_NTUA_SB@slideshare.net(IEEE_NTUA_SB) IEEE NTUA SB - Arduino Workshop vol 1 IEEE_NTUA_SB <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/copy-of-arduino-1-comb-150220015201-conversion-gate01-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br>
IEEE NTUA SB - Arduino Workshop vol 1 from IEEE NTUA SB
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]]> Wed, 28 May 2014 15:12:10 GMT /slideshow/6-35231546/35231546 IEEE_NTUA_SB@slideshare.net(IEEE_NTUA_SB) IEEE NTUA SB- 亮旅了溜留 "了竜虜凌了凌粒旅虜劉 粒虜留留略竜旅" - 6 IEEE_NTUA_SB <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/6-140528151210-phpapp02-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br>
IEEE NTUA SB- 亮旅了溜留 "了竜虜凌了凌粒旅虜劉 粒虜留留略竜旅" - 6 from IEEE NTUA SB
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]]> Wed, 28 May 2014 15:11:49 GMT /slideshow/4-35231532/35231532 IEEE_NTUA_SB@slideshare.net(IEEE_NTUA_SB) IEEE NTUA SB- 亮旅了溜留 "了竜虜凌了凌粒旅虜劉 粒虜留留略竜旅" - 4 IEEE_NTUA_SB <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/4-140528151149-phpapp01-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br>
IEEE NTUA SB- 亮旅了溜留 "了竜虜凌了凌粒旅虜劉 粒虜留留略竜旅" - 4 from IEEE NTUA SB
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]]> Wed, 28 May 2014 15:11:21 GMT /slideshow/3-35231507/35231507 IEEE_NTUA_SB@slideshare.net(IEEE_NTUA_SB) IEEE NTUA SB- 亮旅了溜留 "了竜虜凌了凌粒旅虜劉 粒虜留留略竜旅" - 3 IEEE_NTUA_SB <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/3-140528151121-phpapp02-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br>
IEEE NTUA SB- 亮旅了溜留 "了竜虜凌了凌粒旅虜劉 粒虜留留略竜旅" - 3 from IEEE NTUA SB
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]]> Wed, 28 May 2014 15:11:00 GMT /slideshow/2-35231497/35231497 IEEE_NTUA_SB@slideshare.net(IEEE_NTUA_SB) IEEE NTUA SB- 亮旅了溜留 "了竜虜凌了凌粒旅虜劉 粒虜留留略竜旅" - 2 IEEE_NTUA_SB <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/2-140528151100-phpapp02-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br>
IEEE NTUA SB- 亮旅了溜留 "了竜虜凌了凌粒旅虜劉 粒虜留留略竜旅" - 2 from IEEE NTUA SB
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]]> Wed, 28 May 2014 15:10:50 GMT /slideshow/1-35231493/35231493 IEEE_NTUA_SB@slideshare.net(IEEE_NTUA_SB) IEEE NTUA SB- 亮旅了溜留 "了竜虜凌了凌粒旅虜劉 粒虜留留略竜旅" - 1 IEEE_NTUA_SB <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/1-140528151051-phpapp02-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br>
IEEE NTUA SB- 亮旅了溜留 "了竜虜凌了凌粒旅虜劉 粒虜留留略竜旅" - 1 from IEEE NTUA SB
]]> 268 2 https://cdn.slidesharecdn.com/ss_thumbnails/1-140528151051-phpapp02-thumbnail.jpg?width=120&height=120&fit=bounds document Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 IEEE NTUA SB- 亮旅了溜留 "了竜虜凌了凌粒旅虜劉 粒虜留留略竜旅" - 5 /slideshow/5-35231487/35231487 5-140528151047-phpapp02
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]]> Wed, 28 May 2014 15:10:47 GMT /slideshow/5-35231487/35231487 IEEE_NTUA_SB@slideshare.net(IEEE_NTUA_SB) IEEE NTUA SB- 亮旅了溜留 "了竜虜凌了凌粒旅虜劉 粒虜留留略竜旅" - 5 IEEE_NTUA_SB <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/5-140528151047-phpapp02-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br>
IEEE NTUA SB- 亮旅了溜留 "了竜虜凌了凌粒旅虜劉 粒虜留留略竜旅" - 5 from IEEE NTUA SB
]]> 327 2 https://cdn.slidesharecdn.com/ss_thumbnails/5-140528151047-phpapp02-thumbnail.jpg?width=120&height=120&fit=bounds document Black http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 ieee ntua computer society /IEEE_NTUA_SB/ieee-cs-chapter2 ieeecschapter2-140417105417-phpapp02
里凌 IEEE Computer Society 竜溜僚留旅 粒旅留 凌 留留凌了凌亮竜僚凌 cs-logo亮竜 凌僚 ﾏ凌 侶 了侶凌凌旅虜流 侶 亮竜粒留了竜侶 侶粒流 了侶凌凌旅ﾎ, 劉亮僚竜侶 虜留旅 僚竜粒留溜留. 劉 僚 隆旅留僚 僚竜隆溜僚 凌 隆旅凌粒留僚ﾎ塾砧, 僚 journals 凌 竜虜隆溜隆竜旅 虜留慮ﾏ 虜留旅 侶 侶了竜虜凌僚旅虜流 硫旅硫了旅凌慮流虜侶 凌 留劉竜旅 僚竜旅劉竜旅 侶 隆旅略隆凌侶 侶 竜旅侶亮凌僚旅虜流 粒僚ﾏ侶. 裡侶亮留僚旅虜竜侶 竜溜僚留旅 亮 侶 虜凌旅僚侶留 凌 劉竜旅 隆侶亮旅凌粒流竜旅 侶 凌凌溜留 凌慮竜溜 侶僚 僚竜粒留溜留 留僚略亮竜留 竜 虜留慮侶粒侶劉, 竜竜僚侶劉, 凌旅侶劉 虜留旅 竜留粒粒竜了亮留溜竜 凌 ﾏ凌 虜留慮ﾏ 劉竜旅 亮劉了侶 侶 亮竜旅虜凌 留 凌 侶亮留僚旅虜竜凌 竜旅流亮凌僚竜 虜留旅 虜留旅僚凌亮凌 凌僚 凌亮劉留 侶 了侶凌凌旅虜流 留粒虜凌亮溜. 里o IEEE NTUA Student Branch 劉僚竜旅 ﾏ留 凌 凌了竜僚竜溜凌 凌僚 凌了 侶亮留僚旅虜 留 慮竜亮 亮竜 侶僚 溜隆侶 凌 IEEE NTUA SB Computer Society Chapter 硫留旅虜 凌 凌 凌凌溜凌 竜溜僚留旅 侶 凌ﾎ故系侶 侶 竜旅侶亮凌僚旅虜流 粒僚ﾏ侶 侶僚 竜旅流亮侶 僚 凌了凌粒旅ﾎ. 旅留 凌 了粒凌 慮留 凌粒留僚ﾎ塾砧 竜 留虜旅虜流 硫略侶 竜亮旅僚略旅留, 凌亮旅了溜竜 虜留旅 workshops 亮竜 虜凌 僚留 硫凌侶慮流竜旅 凌 凌旅侶劉 僚留 留僚留両凌僚 旅 旅虜留僚侶竜 凌. Follow IEEE NTUA SB on facebook: https://www.facebook.com/IeeeNtuaSB]]>
里凌 IEEE Computer Society 竜溜僚留旅 粒旅留 凌 留留凌了凌亮竜僚凌 cs-logo亮竜 凌僚 ﾏ凌 侶 了侶凌凌旅虜流 侶 亮竜粒留了竜侶 侶粒流 了侶凌凌旅ﾎ, 劉亮僚竜侶 虜留旅 僚竜粒留溜留. 劉 僚 隆旅留僚 僚竜隆溜僚 凌 隆旅凌粒留僚ﾎ塾砧, 僚 journals 凌 竜虜隆溜隆竜旅 虜留慮ﾏ 虜留旅 侶 侶了竜虜凌僚旅虜流 硫旅硫了旅凌慮流虜侶 凌 留劉竜旅 僚竜旅劉竜旅 侶 隆旅略隆凌侶 侶 竜旅侶亮凌僚旅虜流 粒僚ﾏ侶. 裡侶亮留僚旅虜竜侶 竜溜僚留旅 亮 侶 虜凌旅僚侶留 凌 劉竜旅 隆侶亮旅凌粒流竜旅 侶 凌凌溜留 凌慮竜溜 侶僚 僚竜粒留溜留 留僚略亮竜留 竜 虜留慮侶粒侶劉, 竜竜僚侶劉, 凌旅侶劉 虜留旅 竜留粒粒竜了亮留溜竜 凌 ﾏ凌 虜留慮ﾏ 劉竜旅 亮劉了侶 侶 亮竜旅虜凌 留 凌 侶亮留僚旅虜竜凌 竜旅流亮凌僚竜 虜留旅 虜留旅僚凌亮凌 凌僚 凌亮劉留 侶 了侶凌凌旅虜流 留粒虜凌亮溜. 里o IEEE NTUA Student Branch 劉僚竜旅 ﾏ留 凌 凌了竜僚竜溜凌 凌僚 凌了 侶亮留僚旅虜 留 慮竜亮 亮竜 侶僚 溜隆侶 凌 IEEE NTUA SB Computer Society Chapter 硫留旅虜 凌 凌 凌凌溜凌 竜溜僚留旅 侶 凌ﾎ故系侶 侶 竜旅侶亮凌僚旅虜流 粒僚ﾏ侶 侶僚 竜旅流亮侶 僚 凌了凌粒旅ﾎ. 旅留 凌 了粒凌 慮留 凌粒留僚ﾎ塾砧 竜 留虜旅虜流 硫略侶 竜亮旅僚略旅留, 凌亮旅了溜竜 虜留旅 workshops 亮竜 虜凌 僚留 硫凌侶慮流竜旅 凌 凌旅侶劉 僚留 留僚留両凌僚 旅 旅虜留僚侶竜 凌. Follow IEEE NTUA SB on facebook: https://www.facebook.com/IeeeNtuaSB]]> Thu, 17 Apr 2014 10:54:17 GMT /IEEE_NTUA_SB/ieee-cs-chapter2 IEEE_NTUA_SB@slideshare.net(IEEE_NTUA_SB) ieee ntua computer society IEEE_NTUA_SB 里凌 IEEE Computer Society 竜溜僚留旅 粒旅留 凌 留留凌了凌亮竜僚凌 cs-logo亮竜 凌僚 ﾏ凌 侶 了侶凌凌旅虜流 侶 亮竜粒留了竜侶 侶粒流 了侶凌凌旅ﾎ, 劉亮僚竜侶 虜留旅 僚竜粒留溜留. 劉 僚 隆旅留僚 僚竜隆溜僚 凌 隆旅凌粒留僚ﾎ塾砧, 僚 journals 凌 竜虜隆溜隆竜旅 虜留慮ﾏ 虜留旅 侶 侶了竜虜凌僚旅虜流 硫旅硫了旅凌慮流虜侶 凌 留劉竜旅 僚竜旅劉竜旅 侶 隆旅略隆凌侶 侶 竜旅侶亮凌僚旅虜流 粒僚ﾏ侶. 裡侶亮留僚旅虜竜侶 竜溜僚留旅 亮 侶 虜凌旅僚侶留 凌 劉竜旅 隆侶亮旅凌粒流竜旅 侶 凌凌溜留 凌慮竜溜 侶僚 僚竜粒留溜留 留僚略亮竜留 竜 虜留慮侶粒侶劉, 竜竜僚侶劉, 凌旅侶劉 虜留旅 竜留粒粒竜了亮留溜竜 凌 ﾏ凌 虜留慮ﾏ 劉竜旅 亮劉了侶 侶 亮竜旅虜凌 留 凌 侶亮留僚旅虜竜凌 竜旅流亮凌僚竜 虜留旅 虜留旅僚凌亮凌 凌僚 凌亮劉留 侶 了侶凌凌旅虜流 留粒虜凌亮溜. 里o IEEE NTUA Student Branch 劉僚竜旅 ﾏ留 凌 凌了竜僚竜溜凌 凌僚 凌了 侶亮留僚旅虜 留 慮竜亮 亮竜 侶僚 溜隆侶 凌 IEEE NTUA SB Computer Society Chapter 硫留旅虜 凌 凌 凌凌溜凌 竜溜僚留旅 侶 凌ﾎ故系侶 侶 竜旅侶亮凌僚旅虜流 粒僚ﾏ侶 侶僚 竜旅流亮侶 僚 凌了凌粒旅ﾎ. 旅留 凌 了粒凌 慮留 凌粒留僚ﾎ塾砧 竜 留虜旅虜流 硫略侶 竜亮旅僚略旅留, 凌亮旅了溜竜 虜留旅 workshops 亮竜 虜凌 僚留 硫凌侶慮流竜旅 凌 凌旅侶劉 僚留 留僚留両凌僚 旅 旅虜留僚侶竜 凌. Follow IEEE NTUA SB on facebook: https://www.facebook.com/IeeeNtuaSB <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/ieeecschapter2-140417105417-phpapp02-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> 里凌 IEEE Computer Society 竜溜僚留旅 粒旅留 凌 留留凌了凌亮竜僚凌 cs-logo亮竜 凌僚 ﾏ凌 侶 了侶凌凌旅虜流 侶 亮竜粒留了竜侶 侶粒流 了侶凌凌旅ﾎ, 劉亮僚竜侶 虜留旅 僚竜粒留溜留. 劉 僚 隆旅留僚 僚竜隆溜僚 凌 隆旅凌粒留僚ﾎ塾砧, 僚 journals 凌 竜虜隆溜隆竜旅 虜留慮ﾏ 虜留旅 侶 侶了竜虜凌僚旅虜流 硫旅硫了旅凌慮流虜侶 凌 留劉竜旅 僚竜旅劉竜旅 侶 隆旅略隆凌侶 侶 竜旅侶亮凌僚旅虜流 粒僚ﾏ侶. 裡侶亮留僚旅虜竜侶 竜溜僚留旅 亮 侶 虜凌旅僚侶留 凌 劉竜旅 隆侶亮旅凌粒流竜旅 侶 凌凌溜留 凌慮竜溜 侶僚 僚竜粒留溜留 留僚略亮竜留 竜 虜留慮侶粒侶劉, 竜竜僚侶劉, 凌旅侶劉 虜留旅 竜留粒粒竜了亮留溜竜 凌 ﾏ凌 虜留慮ﾏ 劉竜旅 亮劉了侶 侶 亮竜旅虜凌 留 凌 侶亮留僚旅虜竜凌 竜旅流亮凌僚竜 虜留旅 虜留旅僚凌亮凌 凌僚 凌亮劉留 侶 了侶凌凌旅虜流 留粒虜凌亮溜. 里o IEEE NTUA Student Branch 劉僚竜旅 ﾏ留 凌 凌了竜僚竜溜凌 凌僚 凌了 侶亮留僚旅虜 留 慮竜亮 亮竜 侶僚 溜隆侶 凌 IEEE NTUA SB Computer Society Chapter 硫留旅虜 凌 凌 凌凌溜凌 竜溜僚留旅 侶 凌ﾎ故系侶 侶 竜旅侶亮凌僚旅虜流 粒僚ﾏ侶 侶僚 竜旅流亮侶 僚 凌了凌粒旅ﾎ. 旅留 凌 了粒凌 慮留 凌粒留僚ﾎ塾砧 竜 留虜旅虜流 硫略侶 竜亮旅僚略旅留, 凌亮旅了溜竜 虜留旅 workshops 亮竜 虜凌 僚留 硫凌侶慮流竜旅 凌 凌旅侶劉 僚留 留僚留両凌僚 旅 旅虜留僚侶竜 凌. Follow IEEE NTUA SB on facebook: https://www.facebook.com/IeeeNtuaSB
ieee ntua computer society from IEEE NTUA SB
]]> 292 3 https://cdn.slidesharecdn.com/ss_thumbnails/ieeecschapter2-140417105417-phpapp02-thumbnail.jpg?width=120&height=120&fit=bounds presentation White http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 ieee ntua emb chapter /slideshow/copy-of-ieee-ntua-emb-chapter/33649900 copyofieeentuaembchapter-140417103155-phpapp02
里凌 IEEE Engineering in Medicine and Biology Society emb-logo2(EMBS) 竜溜僚留旅 侶 亮竜粒留了竜侶 隆旅竜慮僚流 虜凌旅僚侶留 亮侶留僚旅虜ﾎ 硫旅凌留旅虜流. 竜 侶僚 劉虜隆凌侶 6 竜旅侶亮凌僚旅虜ﾎ 竜旅凌隆旅虜ﾎ, 侶 隆旅凌粒略僚侶 9 僚竜隆溜僚 虜留旅 侶僚 留僚留粒僚ﾏ旅侶 侶 隆略侶 僚 亮竜了ﾎ 凌 凌竜竜旅: 侶僚 竜両劉了旅両侶 侶 留旅虜流 虜留旅 侶 旅凌了凌粒溜留 亮竜 侶僚 竜留亮凌粒流 僚劉僚 竜僚凌了凌粒旅ﾎ 侶僚 凌ﾎ故系侶 凌 竜留粒粒劉了亮留凌 凌 旅凌留旅虜凌 侶留僚旅虜凌 侶 隆旅略隆凌侶 侶 竜旅侶亮凌僚旅虜流 粒僚ﾏ侶 侶僚 凌ﾎ故系侶 侶 僚竜粒留溜留 亮竜留両 亮侶留僚旅虜ﾎ, 竜旅侶亮僚僚 虜留旅 旅留ﾎ 粒旅留 侶僚 留 虜凌旅僚凌 竜溜了侶 僚慮竜僚 凌硫了侶亮略僚 侶 慮劉旅侶 竜僚旅虜ﾎ 凌僚 虜留旅 虜留僚凌僚旅亮ﾎ To EMBS 凌侶溜龍竜旅 虜留旅 凌 慮竜亮 僚 Student Chapters, 凌 竜溜僚留旅 竜溜侶亮凌旅 凌旅侶旅虜凌溜 凌粒留僚旅亮凌溜, 了流 留僚留粒僚旅亮劉僚凌旅 留 凌 IEEE. 里凌 Engineering in Medicine and Biology (EMB) Student Chapter 凌 IEEE NTUA Student Branch 劉竜旅 硫留旅虜 凌 侶僚 留僚略両侶, 隆旅略隆凌侶 虜留旅 竜留亮凌粒流 侶 竜旅侶亮凌僚旅虜流 粒僚ﾏ侶 侶 旅凌留旅虜流 里竜僚凌了凌粒溜留 虜留旅 僚留ﾎ 竜旅侶亮凌僚旅虜ﾎ 竜隆溜僚, 侶僚 竜僚侶亮劉侶 僚 凌旅侶ﾎ 虜留旅 侶僚 凌ﾎ故系侶 侶 僚竜粒留溜留 凌旅侶ﾎ, 虜留慮侶粒侶ﾎ 虜留旅 竜竜僚侶旅虜凌 凌旅虜凌. 旅凌 粒虜竜虜旅亮劉僚留, 凌竜竜旅: 侶 隆旅凌粒略僚侶 凌亮旅了旅ﾎ, 侶亮竜溜隆僚 虜留旅 竜亮旅僚留溜僚, 亮竜 虜凌 侶僚 竜僚侶亮劉侶 僚 凌旅侶ﾎ 粒旅留 旅 僚劉竜 竜両竜了溜両竜旅 凌僚 凌亮劉留 侶 旅凌留旅虜流 里竜僚凌了凌粒溜留 虜留旅 侶僚 留凌溜留侶 竜僚 竜劉凌 略亮留凌 竜隆溜僚 劉竜僚留 侶 硫旅凌留旅虜流 侶僚 竜虜僚侶侶 竜粒留旅ﾎ (projects) 虜留旅 workshops, 亮竜 虜凌 侶僚 留虜侶侶 僚劉僚 粒僚ﾏ竜僚 虜留旅 隆竜両旅凌流僚, 留了了略 虜留旅 侶 僚竜粒留溜留 亮竜留両 凌旅侶ﾎ 留 隆旅留凌竜旅虜劉 凌了劉 凌 隆旅竜旅侶亮凌僚旅虜 虜了略隆凌 侶 旅凌留旅虜流 里竜僚凌了凌粒溜留 侶僚 留粒亮留凌凌溜侶侶 竜旅虜劉竜僚 竜 ﾏ凌 留留粒粒流 凌僚僚, 侶竜旅ﾎ 虜留旅 虜留旅僚凌凌亮溜留 凌 竜溜龍凌僚留旅 亮竜 侶 旅凌留旅虜流 里竜僚凌了凌粒溜留 Follow IEEE NTUA SB on facebook: https://www.facebook.com/IeeeNtuaSB]]>
里凌 IEEE Engineering in Medicine and Biology Society emb-logo2(EMBS) 竜溜僚留旅 侶 亮竜粒留了竜侶 隆旅竜慮僚流 虜凌旅僚侶留 亮侶留僚旅虜ﾎ 硫旅凌留旅虜流. 竜 侶僚 劉虜隆凌侶 6 竜旅侶亮凌僚旅虜ﾎ 竜旅凌隆旅虜ﾎ, 侶 隆旅凌粒略僚侶 9 僚竜隆溜僚 虜留旅 侶僚 留僚留粒僚ﾏ旅侶 侶 隆略侶 僚 亮竜了ﾎ 凌 凌竜竜旅: 侶僚 竜両劉了旅両侶 侶 留旅虜流 虜留旅 侶 旅凌了凌粒溜留 亮竜 侶僚 竜留亮凌粒流 僚劉僚 竜僚凌了凌粒旅ﾎ 侶僚 凌ﾎ故系侶 凌 竜留粒粒劉了亮留凌 凌 旅凌留旅虜凌 侶留僚旅虜凌 侶 隆旅略隆凌侶 侶 竜旅侶亮凌僚旅虜流 粒僚ﾏ侶 侶僚 凌ﾎ故系侶 侶 僚竜粒留溜留 亮竜留両 亮侶留僚旅虜ﾎ, 竜旅侶亮僚僚 虜留旅 旅留ﾎ 粒旅留 侶僚 留 虜凌旅僚凌 竜溜了侶 僚慮竜僚 凌硫了侶亮略僚 侶 慮劉旅侶 竜僚旅虜ﾎ 凌僚 虜留旅 虜留僚凌僚旅亮ﾎ To EMBS 凌侶溜龍竜旅 虜留旅 凌 慮竜亮 僚 Student Chapters, 凌 竜溜僚留旅 竜溜侶亮凌旅 凌旅侶旅虜凌溜 凌粒留僚旅亮凌溜, 了流 留僚留粒僚旅亮劉僚凌旅 留 凌 IEEE. 里凌 Engineering in Medicine and Biology (EMB) Student Chapter 凌 IEEE NTUA Student Branch 劉竜旅 硫留旅虜 凌 侶僚 留僚略両侶, 隆旅略隆凌侶 虜留旅 竜留亮凌粒流 侶 竜旅侶亮凌僚旅虜流 粒僚ﾏ侶 侶 旅凌留旅虜流 里竜僚凌了凌粒溜留 虜留旅 僚留ﾎ 竜旅侶亮凌僚旅虜ﾎ 竜隆溜僚, 侶僚 竜僚侶亮劉侶 僚 凌旅侶ﾎ 虜留旅 侶僚 凌ﾎ故系侶 侶 僚竜粒留溜留 凌旅侶ﾎ, 虜留慮侶粒侶ﾎ 虜留旅 竜竜僚侶旅虜凌 凌旅虜凌. 旅凌 粒虜竜虜旅亮劉僚留, 凌竜竜旅: 侶 隆旅凌粒略僚侶 凌亮旅了旅ﾎ, 侶亮竜溜隆僚 虜留旅 竜亮旅僚留溜僚, 亮竜 虜凌 侶僚 竜僚侶亮劉侶 僚 凌旅侶ﾎ 粒旅留 旅 僚劉竜 竜両竜了溜両竜旅 凌僚 凌亮劉留 侶 旅凌留旅虜流 里竜僚凌了凌粒溜留 虜留旅 侶僚 留凌溜留侶 竜僚 竜劉凌 略亮留凌 竜隆溜僚 劉竜僚留 侶 硫旅凌留旅虜流 侶僚 竜虜僚侶侶 竜粒留旅ﾎ (projects) 虜留旅 workshops, 亮竜 虜凌 侶僚 留虜侶侶 僚劉僚 粒僚ﾏ竜僚 虜留旅 隆竜両旅凌流僚, 留了了略 虜留旅 侶 僚竜粒留溜留 亮竜留両 凌旅侶ﾎ 留 隆旅留凌竜旅虜劉 凌了劉 凌 隆旅竜旅侶亮凌僚旅虜 虜了略隆凌 侶 旅凌留旅虜流 里竜僚凌了凌粒溜留 侶僚 留粒亮留凌凌溜侶侶 竜旅虜劉竜僚 竜 ﾏ凌 留留粒粒流 凌僚僚, 侶竜旅ﾎ 虜留旅 虜留旅僚凌凌亮溜留 凌 竜溜龍凌僚留旅 亮竜 侶 旅凌留旅虜流 里竜僚凌了凌粒溜留 Follow IEEE NTUA SB on facebook: https://www.facebook.com/IeeeNtuaSB]]> Thu, 17 Apr 2014 10:31:55 GMT /slideshow/copy-of-ieee-ntua-emb-chapter/33649900 IEEE_NTUA_SB@slideshare.net(IEEE_NTUA_SB) ieee ntua emb chapter IEEE_NTUA_SB 里凌 IEEE Engineering in Medicine and Biology Society emb-logo2(EMBS) 竜溜僚留旅 侶 亮竜粒留了竜侶 隆旅竜慮僚流 虜凌旅僚侶留 亮侶留僚旅虜ﾎ 硫旅凌留旅虜流. 竜 侶僚 劉虜隆凌侶 6 竜旅侶亮凌僚旅虜ﾎ 竜旅凌隆旅虜ﾎ, 侶 隆旅凌粒略僚侶 9 僚竜隆溜僚 虜留旅 侶僚 留僚留粒僚ﾏ旅侶 侶 隆略侶 僚 亮竜了ﾎ 凌 凌竜竜旅: 侶僚 竜両劉了旅両侶 侶 留旅虜流 虜留旅 侶 旅凌了凌粒溜留 亮竜 侶僚 竜留亮凌粒流 僚劉僚 竜僚凌了凌粒旅ﾎ 侶僚 凌ﾎ故系侶 凌 竜留粒粒劉了亮留凌 凌 旅凌留旅虜凌 侶留僚旅虜凌 侶 隆旅略隆凌侶 侶 竜旅侶亮凌僚旅虜流 粒僚ﾏ侶 侶僚 凌ﾎ故系侶 侶 僚竜粒留溜留 亮竜留両 亮侶留僚旅虜ﾎ, 竜旅侶亮僚僚 虜留旅 旅留ﾎ 粒旅留 侶僚 留 虜凌旅僚凌 竜溜了侶 僚慮竜僚 凌硫了侶亮略僚 侶 慮劉旅侶 竜僚旅虜ﾎ 凌僚 虜留旅 虜留僚凌僚旅亮ﾎ To EMBS 凌侶溜龍竜旅 虜留旅 凌 慮竜亮 僚 Student Chapters, 凌 竜溜僚留旅 竜溜侶亮凌旅 凌旅侶旅虜凌溜 凌粒留僚旅亮凌溜, 了流 留僚留粒僚旅亮劉僚凌旅 留 凌 IEEE. 里凌 Engineering in Medicine and Biology (EMB) Student Chapter 凌 IEEE NTUA Student Branch 劉竜旅 硫留旅虜 凌 侶僚 留僚略両侶, 隆旅略隆凌侶 虜留旅 竜留亮凌粒流 侶 竜旅侶亮凌僚旅虜流 粒僚ﾏ侶 侶 旅凌留旅虜流 里竜僚凌了凌粒溜留 虜留旅 僚留ﾎ 竜旅侶亮凌僚旅虜ﾎ 竜隆溜僚, 侶僚 竜僚侶亮劉侶 僚 凌旅侶ﾎ 虜留旅 侶僚 凌ﾎ故系侶 侶 僚竜粒留溜留 凌旅侶ﾎ, 虜留慮侶粒侶ﾎ 虜留旅 竜竜僚侶旅虜凌 凌旅虜凌. 旅凌 粒虜竜虜旅亮劉僚留, 凌竜竜旅: 侶 隆旅凌粒略僚侶 凌亮旅了旅ﾎ, 侶亮竜溜隆僚 虜留旅 竜亮旅僚留溜僚, 亮竜 虜凌 侶僚 竜僚侶亮劉侶 僚 凌旅侶ﾎ 粒旅留 旅 僚劉竜 竜両竜了溜両竜旅 凌僚 凌亮劉留 侶 旅凌留旅虜流 里竜僚凌了凌粒溜留 虜留旅 侶僚 留凌溜留侶 竜僚 竜劉凌 略亮留凌 竜隆溜僚 劉竜僚留 侶 硫旅凌留旅虜流 侶僚 竜虜僚侶侶 竜粒留旅ﾎ (projects) 虜留旅 workshops, 亮竜 虜凌 侶僚 留虜侶侶 僚劉僚 粒僚ﾏ竜僚 虜留旅 隆竜両旅凌流僚, 留了了略 虜留旅 侶 僚竜粒留溜留 亮竜留両 凌旅侶ﾎ 留 隆旅留凌竜旅虜劉 凌了劉 凌 隆旅竜旅侶亮凌僚旅虜 虜了略隆凌 侶 旅凌留旅虜流 里竜僚凌了凌粒溜留 侶僚 留粒亮留凌凌溜侶侶 竜旅虜劉竜僚 竜 ﾏ凌 留留粒粒流 凌僚僚, 侶竜旅ﾎ 虜留旅 虜留旅僚凌凌亮溜留 凌 竜溜龍凌僚留旅 亮竜 侶 旅凌留旅虜流 里竜僚凌了凌粒溜留 Follow IEEE NTUA SB on facebook: https://www.facebook.com/IeeeNtuaSB <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/copyofieeentuaembchapter-140417103155-phpapp02-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> 里凌 IEEE Engineering in Medicine and Biology Society emb-logo2(EMBS) 竜溜僚留旅 侶 亮竜粒留了竜侶 隆旅竜慮僚流 虜凌旅僚侶留 亮侶留僚旅虜ﾎ 硫旅凌留旅虜流. 竜 侶僚 劉虜隆凌侶 6 竜旅侶亮凌僚旅虜ﾎ 竜旅凌隆旅虜ﾎ, 侶 隆旅凌粒略僚侶 9 僚竜隆溜僚 虜留旅 侶僚 留僚留粒僚ﾏ旅侶 侶 隆略侶 僚 亮竜了ﾎ 凌 凌竜竜旅: 侶僚 竜両劉了旅両侶 侶 留旅虜流 虜留旅 侶 旅凌了凌粒溜留 亮竜 侶僚 竜留亮凌粒流 僚劉僚 竜僚凌了凌粒旅ﾎ 侶僚 凌ﾎ故系侶 凌 竜留粒粒劉了亮留凌 凌 旅凌留旅虜凌 侶留僚旅虜凌 侶 隆旅略隆凌侶 侶 竜旅侶亮凌僚旅虜流 粒僚ﾏ侶 侶僚 凌ﾎ故系侶 侶 僚竜粒留溜留 亮竜留両 亮侶留僚旅虜ﾎ, 竜旅侶亮僚僚 虜留旅 旅留ﾎ 粒旅留 侶僚 留 虜凌旅僚凌 竜溜了侶 僚慮竜僚 凌硫了侶亮略僚 侶 慮劉旅侶 竜僚旅虜ﾎ 凌僚 虜留旅 虜留僚凌僚旅亮ﾎ To EMBS 凌侶溜龍竜旅 虜留旅 凌 慮竜亮 僚 Student Chapters, 凌 竜溜僚留旅 竜溜侶亮凌旅 凌旅侶旅虜凌溜 凌粒留僚旅亮凌溜, 了流 留僚留粒僚旅亮劉僚凌旅 留 凌 IEEE. 里凌 Engineering in Medicine and Biology (EMB) Student Chapter 凌 IEEE NTUA Student Branch 劉竜旅 硫留旅虜 凌 侶僚 留僚略両侶, 隆旅略隆凌侶 虜留旅 竜留亮凌粒流 侶 竜旅侶亮凌僚旅虜流 粒僚ﾏ侶 侶 旅凌留旅虜流 里竜僚凌了凌粒溜留 虜留旅 僚留ﾎ 竜旅侶亮凌僚旅虜ﾎ 竜隆溜僚, 侶僚 竜僚侶亮劉侶 僚 凌旅侶ﾎ 虜留旅 侶僚 凌ﾎ故系侶 侶 僚竜粒留溜留 凌旅侶ﾎ, 虜留慮侶粒侶ﾎ 虜留旅 竜竜僚侶旅虜凌 凌旅虜凌. 旅凌 粒虜竜虜旅亮劉僚留, 凌竜竜旅: 侶 隆旅凌粒略僚侶 凌亮旅了旅ﾎ, 侶亮竜溜隆僚 虜留旅 竜亮旅僚留溜僚, 亮竜 虜凌 侶僚 竜僚侶亮劉侶 僚 凌旅侶ﾎ 粒旅留 旅 僚劉竜 竜両竜了溜両竜旅 凌僚 凌亮劉留 侶 旅凌留旅虜流 里竜僚凌了凌粒溜留 虜留旅 侶僚 留凌溜留侶 竜僚 竜劉凌 略亮留凌 竜隆溜僚 劉竜僚留 侶 硫旅凌留旅虜流 侶僚 竜虜僚侶侶 竜粒留旅ﾎ (projects) 虜留旅 workshops, 亮竜 虜凌 侶僚 留虜侶侶 僚劉僚 粒僚ﾏ竜僚 虜留旅 隆竜両旅凌流僚, 留了了略 虜留旅 侶 僚竜粒留溜留 亮竜留両 凌旅侶ﾎ 留 隆旅留凌竜旅虜劉 凌了劉 凌 隆旅竜旅侶亮凌僚旅虜 虜了略隆凌 侶 旅凌留旅虜流 里竜僚凌了凌粒溜留 侶僚 留粒亮留凌凌溜侶侶 竜旅虜劉竜僚 竜 ﾏ凌 留留粒粒流 凌僚僚, 侶竜旅ﾎ 虜留旅 虜留旅僚凌凌亮溜留 凌 竜溜龍凌僚留旅 亮竜 侶 旅凌留旅虜流 里竜僚凌了凌粒溜留 Follow IEEE NTUA SB on facebook: https://www.facebook.com/IeeeNtuaSB
ieee ntua emb chapter from IEEE NTUA SB
]]> 290 2 https://cdn.slidesharecdn.com/ss_thumbnails/copyofieeentuaembchapter-140417103155-phpapp02-thumbnail.jpg?width=120&height=120&fit=bounds presentation White http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 ieee ntua embs presentation /slideshow/copy-of-ieee-embs-presentation/33648493 copyofieeeembspresentation-140417095958-phpapp02
this presentation shows the role and the activities of the EMB (Engineering in Medicine and Biology Society) Chapter. Follow us on facebook: https://www.facebook.com/IeeeNtuaSB]]>
this presentation shows the role and the activities of the EMB (Engineering in Medicine and Biology Society) Chapter. Follow us on facebook: https://www.facebook.com/IeeeNtuaSB]]> Thu, 17 Apr 2014 09:59:57 GMT /slideshow/copy-of-ieee-embs-presentation/33648493 IEEE_NTUA_SB@slideshare.net(IEEE_NTUA_SB) ieee ntua embs presentation IEEE_NTUA_SB this presentation shows the role and the activities of the EMB (Engineering in Medicine and Biology Society) Chapter. Follow us on facebook: https://www.facebook.com/IeeeNtuaSB <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/copyofieeeembspresentation-140417095958-phpapp02-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> this presentation shows the role and the activities of the EMB (Engineering in Medicine and Biology Society) Chapter. Follow us on facebook: https://www.facebook.com/IeeeNtuaSB
ieee ntua embs presentation from IEEE NTUA SB
]]> 360 2 https://cdn.slidesharecdn.com/ss_thumbnails/copyofieeeembspresentation-140417095958-phpapp02-thumbnail.jpg?width=120&height=120&fit=bounds presentation White http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 Preparation and Presentation of papers /slideshow/presentation-ieeev5/33646958 presentation-ieee-v5-140417092456-phpapp02
this presentation will present techniques for preparing and presenting dissertations, doctoral work and work for conferences. Follow IEEE NTUA SB on facebook: https://www.facebook.com/IeeeNtuaSB]]>
this presentation will present techniques for preparing and presenting dissertations, doctoral work and work for conferences. Follow IEEE NTUA SB on facebook: https://www.facebook.com/IeeeNtuaSB]]> Thu, 17 Apr 2014 09:24:56 GMT /slideshow/presentation-ieeev5/33646958 IEEE_NTUA_SB@slideshare.net(IEEE_NTUA_SB) Preparation and Presentation of papers IEEE_NTUA_SB this presentation will present techniques for preparing and presenting dissertations, doctoral work and work for conferences. Follow IEEE NTUA SB on facebook: https://www.facebook.com/IeeeNtuaSB <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/presentation-ieee-v5-140417092456-phpapp02-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> this presentation will present techniques for preparing and presenting dissertations, doctoral work and work for conferences. Follow IEEE NTUA SB on facebook: https://www.facebook.com/IeeeNtuaSB
Preparation and Presentation of papers from IEEE NTUA SB
]]> 375 2 https://cdn.slidesharecdn.com/ss_thumbnails/presentation-ieee-v5-140417092456-phpapp02-thumbnail.jpg?width=120&height=120&fit=bounds presentation White http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 approximate mechanism design without money /slideshow/presentation-28513/33646602 presentation-28-5-13-140417091630-phpapp01
We begin with a brief introduction to the key objectives in basic concepts of Algorithmic Game Theory . Then , we focus on designing approximations mechanisms without monetary consideration to problems of social choice . The negative result of Gibbard-Satterthwaite exclude the existence of non- trivial mechanisms that are truthful (strategyproof) for the general case of the problem of social choice . Thus, the current research effort relates to mechanisms that are truthful preferences for specific sites while guaranteeing a satisfactory approach to socially optimal choice . In this context , we will explore the best approximation ratio that can be achieved by deterministic and probabilistic truthful mechanisms for the game Elective Positions k (k-Facility Location Game) in a metric space . You will see that deterministic mechanisms are not an acceptable solution for the choice k> = 3 positions , and we will present some simple and efficient probabilistic mechanisms that are truthful for each value of k.]]>
We begin with a brief introduction to the key objectives in basic concepts of Algorithmic Game Theory . Then , we focus on designing approximations mechanisms without monetary consideration to problems of social choice . The negative result of Gibbard-Satterthwaite exclude the existence of non- trivial mechanisms that are truthful (strategyproof) for the general case of the problem of social choice . Thus, the current research effort relates to mechanisms that are truthful preferences for specific sites while guaranteeing a satisfactory approach to socially optimal choice . In this context , we will explore the best approximation ratio that can be achieved by deterministic and probabilistic truthful mechanisms for the game Elective Positions k (k-Facility Location Game) in a metric space . You will see that deterministic mechanisms are not an acceptable solution for the choice k> = 3 positions , and we will present some simple and efficient probabilistic mechanisms that are truthful for each value of k.]]> Thu, 17 Apr 2014 09:16:30 GMT /slideshow/presentation-28513/33646602 IEEE_NTUA_SB@slideshare.net(IEEE_NTUA_SB) approximate mechanism design without money IEEE_NTUA_SB We begin with a brief introduction to the key objectives in basic concepts of Algorithmic Game Theory . Then , we focus on designing approximations mechanisms without monetary consideration to problems of social choice . The negative result of Gibbard-Satterthwaite exclude the existence of non- trivial mechanisms that are truthful (strategyproof) for the general case of the problem of social choice . Thus, the current research effort relates to mechanisms that are truthful preferences for specific sites while guaranteeing a satisfactory approach to socially optimal choice . In this context , we will explore the best approximation ratio that can be achieved by deterministic and probabilistic truthful mechanisms for the game Elective Positions k (k-Facility Location Game) in a metric space . You will see that deterministic mechanisms are not an acceptable solution for the choice k> = 3 positions , and we will present some simple and efficient probabilistic mechanisms that are truthful for each value of k. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/presentation-28-5-13-140417091630-phpapp01-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> We begin with a brief introduction to the key objectives in basic concepts of Algorithmic Game Theory . Then , we focus on designing approximations mechanisms without monetary consideration to problems of social choice . The negative result of Gibbard-Satterthwaite exclude the existence of non- trivial mechanisms that are truthful (strategyproof) for the general case of the problem of social choice . Thus, the current research effort relates to mechanisms that are truthful preferences for specific sites while guaranteeing a satisfactory approach to socially optimal choice . In this context , we will explore the best approximation ratio that can be achieved by deterministic and probabilistic truthful mechanisms for the game Elective Positions k (k-Facility Location Game) in a metric space . You will see that deterministic mechanisms are not an acceptable solution for the choice k&gt; = 3 positions , and we will present some simple and efficient probabilistic mechanisms that are truthful for each value of k.
approximate mechanism design without money from IEEE NTUA SB
]]> 535 3 https://cdn.slidesharecdn.com/ss_thumbnails/presentation-28-5-13-140417091630-phpapp01-thumbnail.jpg?width=120&height=120&fit=bounds presentation White http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 Passive network-redesign-ntua /slideshow/passive-networkredesignntuajan131301131/33645778 passive-network-redesign-ntua-jan-13-13-01-131-140417085604-phpapp01
The paper examines the problem of systems redesign within the context of passive electrical networks and through analogies provides also the means of addressing issues of re-design of mechanical networks. The problem addressed here are special cases of the more general network redesign problem. Redesigning autonomous passive electric networks involves changing the network natural dynamics by modification of the types of elements, possibly their values, interconnection topology and possibly addition, or elimination of parts of the network. We investigate the modelling of systems, whose structure is not fixed but evolves during the system lifecycle. As such, this is a problem that differs considerably from a standard control problem, since it involves changing the system itself without control and aims to achieve the desirable system properties, as these may be expressed by the natural frequencies by system re-engineering. In fact, this problem involves the selection of alternative values for dynamic elements and non-dynamic elements within a fixed interconnection topology and/or alteration of the network interconnection topology and possible evolution of the cardinality of physical elements (increase of elements, branches). The aim of the paper is to define an appropriate representation framework that allows the deployment of control theoretic tools for the re-engineering of properties of a given network. We use impedance and admittance modelling for passive electrical networks and develop a systems framework that is capable of addressing life-cycle design issues of networks where the problems of alteration of existing topology and values of the elements, as well as issues of growth, or death of parts of the network are addressed. We use the Natural Impedance/ Admittance (NI-A) models and we establish a representation of the different types of transformations on such models. This representation provides the means for an appropriate formulation of natural frequencies assignment using the Determinantal Assignment Problem framework defined on appropriate structured transformations. The developed natural representation of transformations are expressed as additive structured transformations. For the simpler case of RL or RC networks it is shown that the single parameter variation problem (dynamic or non-dynamic) is equivalent to Root Locus problems. follow IEEE NTUA SB on facebook: https://www.facebook.com/IeeeNtuaSB]]>
The paper examines the problem of systems redesign within the context of passive electrical networks and through analogies provides also the means of addressing issues of re-design of mechanical networks. The problem addressed here are special cases of the more general network redesign problem. Redesigning autonomous passive electric networks involves changing the network natural dynamics by modification of the types of elements, possibly their values, interconnection topology and possibly addition, or elimination of parts of the network. We investigate the modelling of systems, whose structure is not fixed but evolves during the system lifecycle. As such, this is a problem that differs considerably from a standard control problem, since it involves changing the system itself without control and aims to achieve the desirable system properties, as these may be expressed by the natural frequencies by system re-engineering. In fact, this problem involves the selection of alternative values for dynamic elements and non-dynamic elements within a fixed interconnection topology and/or alteration of the network interconnection topology and possible evolution of the cardinality of physical elements (increase of elements, branches). The aim of the paper is to define an appropriate representation framework that allows the deployment of control theoretic tools for the re-engineering of properties of a given network. We use impedance and admittance modelling for passive electrical networks and develop a systems framework that is capable of addressing life-cycle design issues of networks where the problems of alteration of existing topology and values of the elements, as well as issues of growth, or death of parts of the network are addressed. We use the Natural Impedance/ Admittance (NI-A) models and we establish a representation of the different types of transformations on such models. This representation provides the means for an appropriate formulation of natural frequencies assignment using the Determinantal Assignment Problem framework defined on appropriate structured transformations. The developed natural representation of transformations are expressed as additive structured transformations. For the simpler case of RL or RC networks it is shown that the single parameter variation problem (dynamic or non-dynamic) is equivalent to Root Locus problems. follow IEEE NTUA SB on facebook: https://www.facebook.com/IeeeNtuaSB]]> Thu, 17 Apr 2014 08:56:04 GMT /slideshow/passive-networkredesignntuajan131301131/33645778 IEEE_NTUA_SB@slideshare.net(IEEE_NTUA_SB) Passive network-redesign-ntua IEEE_NTUA_SB The paper examines the problem of systems redesign within the context of passive electrical networks and through analogies provides also the means of addressing issues of re-design of mechanical networks. The problem addressed here are special cases of the more general network redesign problem. Redesigning autonomous passive electric networks involves changing the network natural dynamics by modification of the types of elements, possibly their values, interconnection topology and possibly addition, or elimination of parts of the network. We investigate the modelling of systems, whose structure is not fixed but evolves during the system lifecycle. As such, this is a problem that differs considerably from a standard control problem, since it involves changing the system itself without control and aims to achieve the desirable system properties, as these may be expressed by the natural frequencies by system re-engineering. In fact, this problem involves the selection of alternative values for dynamic elements and non-dynamic elements within a fixed interconnection topology and/or alteration of the network interconnection topology and possible evolution of the cardinality of physical elements (increase of elements, branches). The aim of the paper is to define an appropriate representation framework that allows the deployment of control theoretic tools for the re-engineering of properties of a given network. We use impedance and admittance modelling for passive electrical networks and develop a systems framework that is capable of addressing life-cycle design issues of networks where the problems of alteration of existing topology and values of the elements, as well as issues of growth, or death of parts of the network are addressed. We use the Natural Impedance/ Admittance (NI-A) models and we establish a representation of the different types of transformations on such models. This representation provides the means for an appropriate formulation of natural frequencies assignment using the Determinantal Assignment Problem framework defined on appropriate structured transformations. The developed natural representation of transformations are expressed as additive structured transformations. For the simpler case of RL or RC networks it is shown that the single parameter variation problem (dynamic or non-dynamic) is equivalent to Root Locus problems. follow IEEE NTUA SB on facebook: https://www.facebook.com/IeeeNtuaSB <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/passive-network-redesign-ntua-jan-13-13-01-131-140417085604-phpapp01-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> The paper examines the problem of systems redesign within the context of passive electrical networks and through analogies provides also the means of addressing issues of re-design of mechanical networks. The problem addressed here are special cases of the more general network redesign problem. Redesigning autonomous passive electric networks involves changing the network natural dynamics by modification of the types of elements, possibly their values, interconnection topology and possibly addition, or elimination of parts of the network. We investigate the modelling of systems, whose structure is not fixed but evolves during the system lifecycle. As such, this is a problem that differs considerably from a standard control problem, since it involves changing the system itself without control and aims to achieve the desirable system properties, as these may be expressed by the natural frequencies by system re-engineering. In fact, this problem involves the selection of alternative values for dynamic elements and non-dynamic elements within a fixed interconnection topology and/or alteration of the network interconnection topology and possible evolution of the cardinality of physical elements (increase of elements, branches). The aim of the paper is to define an appropriate representation framework that allows the deployment of control theoretic tools for the re-engineering of properties of a given network. We use impedance and admittance modelling for passive electrical networks and develop a systems framework that is capable of addressing life-cycle design issues of networks where the problems of alteration of existing topology and values of the elements, as well as issues of growth, or death of parts of the network are addressed. We use the Natural Impedance/ Admittance (NI-A) models and we establish a representation of the different types of transformations on such models. This representation provides the means for an appropriate formulation of natural frequencies assignment using the Determinantal Assignment Problem framework defined on appropriate structured transformations. The developed natural representation of transformations are expressed as additive structured transformations. For the simpler case of RL or RC networks it is shown that the single parameter variation problem (dynamic or non-dynamic) is equivalent to Root Locus problems. follow IEEE NTUA SB on facebook: https://www.facebook.com/IeeeNtuaSB
Passive network-redesign-ntua from IEEE NTUA SB
]]> 517 4 https://cdn.slidesharecdn.com/ss_thumbnails/passive-network-redesign-ntua-jan-13-13-01-131-140417085604-phpapp01-thumbnail.jpg?width=120&height=120&fit=bounds presentation White http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 Ieee student branch_may_2013_v1.0 /slideshow/ieee-student-branchmay2013v10/31539562 ieeestudentbranchmay2013v1-140223105555-phpapp02
留竜了竜慮劉侶 僚 留粒凌ﾎ 侶了竜虜旅虜流 竜僚劉粒竜旅留 凌 僚竜了劉侶虜竜 虜留略 留 竜了竜留溜留 20 僚旅留 隆侶亮旅凌粒侶竜 僚劉竜 隆凌亮劉 侶僚 凌粒略僚侶 僚 凌僚隆竜亮凌旅虜ﾎ 留粒凌ﾎ. 旅 隆凌 虜溜留竜 隆凌亮劉 凌粒略僚侶 僚 留粒凌ﾎ 侶了竜虜旅虜流 竜僚劉粒竜旅留 竜溜僚留旅 侶 (留) 侶 虜凌旅僚凌留両溜留 旅凌, 虜留旅 (硫) 凌 律侶亮留旅流旅凌 僚劉粒竜旅留. 略慮竜 隆凌亮流 竜亮竜旅劉竜旅 隆旅留凌竜旅虜劉 隆旅留隆旅虜留溜竜 粒旅留 侶 了竜旅凌粒溜留 侶 留粒凌略 虜留旅 粒旅留 侶 硫竜了旅凌凌溜侶侶 凌 竜僚竜粒竜旅留虜凌 亮溜粒亮留凌,了留亮硫略僚凌僚留 侶 侶僚 留略了竜旅留 侶 竜僚竜粒竜旅留虜流 凌凌隆凌溜留 亮劉 虜略了侶 僚 留留旅凌亮竜僚僚 竜旅虜凌旅虜ﾎ 侶竜旅ﾎ. 凌僚隆竜亮凌旅虜流 留粒凌略 亮凌竜溜 僚留 僚略竜旅 亮竜 侶僚 留粒凌略 隆旅留慮竜旅亮侶留 旅凌 (capacity market), 侶 凌凌溜留 劉竜旅 凌 侶僚 竜両留略了旅侶 侶 亮留虜凌僚旅留 隆旅留慮竜旅亮侶留 旅凌 凌 侶亮留. 裡留 了留溜旅留 侶 竜僚凌凌溜侶侶 僚 留虜ﾎ 留粒凌ﾎ, 凌 劉竜旅 慮劉竜旅 凌 侶 留虜流 旅凌流 劉 凌 劉凌 2015, 劉竜旅 僚留 粒溜僚竜旅 凌亮凌粒竜僚凌凌溜侶侶 僚 虜留僚僚僚 竜溜了侶 僚 凌僚隆竜亮凌旅虜ﾎ 留粒凌ﾎ 侶了竜虜旅虜流 竜僚劉粒竜旅留, 虜留旅 僚留 竜旅竜慮竜溜 侶 凌僚凌亮留龍亮竜僚侶 束龍竜両侶損 僚 留粒凌ﾎ 侶了竜虜旅虜流 竜僚劉粒竜旅留, 凌 亮劉凌僚 僚 虜凌旅僚僚旅虜凌 僚了凌. 隆凌亮流 虜留旅 凌旅 虜留僚僚竜 侶 留虜流 留粒凌略, 凌 劉竜旅 隆竜亮竜旅虜略 僚留 旅凌慮竜流凌僚 了竜 凌旅 留虜劉 ﾏ竜, 凌僚凌亮略龍凌僚留旅 僚流慮 束凌僚劉了凌-裡凌損 流 Target Model. 裡留 了留溜旅留 侶 留凌溜留侶, 慮留 粒溜僚竜旅 竜虜竜僚流 留僚留凌略 旅 留留略僚 劉僚僚凌旅竜, 虜留旅 慮留 留凌旅留凌僚 凌旅 凌虜了流竜旅 凌 亮劉了了凌僚凌 留僚留凌旅虜略 亮竜 侶 隆旅留竜溜旅侶 僚 留粒凌ﾎ 侶了竜虜旅虜流 竜僚劉粒竜旅留, 竜僚竜旅 侶 竜僚亮略侶 亮竜粒略了侶 虜了溜亮留虜留 凌 侶亮留, 侶 虜留留僚略了侶 侶了竜虜旅虜流 竜僚劉粒竜旅留 留 侶了竜虜旅虜略 凌流亮留留, 虜留旅 侶 留両留僚亮竜僚侶 留虜旅侶 凌 凌溜凌 (demand response) 留 凌旅虜凌僚凌亮旅虜略 束流亮留留損 侶 留粒凌略 侶了竜虜旅虜流 竜僚劉粒竜旅留. Follow IEEE NTUA SB on facebook: https://www.facebook.com/IeeeNtuaSB]]>
留竜了竜慮劉侶 僚 留粒凌ﾎ 侶了竜虜旅虜流 竜僚劉粒竜旅留 凌 僚竜了劉侶虜竜 虜留略 留 竜了竜留溜留 20 僚旅留 隆侶亮旅凌粒侶竜 僚劉竜 隆凌亮劉 侶僚 凌粒略僚侶 僚 凌僚隆竜亮凌旅虜ﾎ 留粒凌ﾎ. 旅 隆凌 虜溜留竜 隆凌亮劉 凌粒略僚侶 僚 留粒凌ﾎ 侶了竜虜旅虜流 竜僚劉粒竜旅留 竜溜僚留旅 侶 (留) 侶 虜凌旅僚凌留両溜留 旅凌, 虜留旅 (硫) 凌 律侶亮留旅流旅凌 僚劉粒竜旅留. 略慮竜 隆凌亮流 竜亮竜旅劉竜旅 隆旅留凌竜旅虜劉 隆旅留隆旅虜留溜竜 粒旅留 侶 了竜旅凌粒溜留 侶 留粒凌略 虜留旅 粒旅留 侶 硫竜了旅凌凌溜侶侶 凌 竜僚竜粒竜旅留虜凌 亮溜粒亮留凌,了留亮硫略僚凌僚留 侶 侶僚 留略了竜旅留 侶 竜僚竜粒竜旅留虜流 凌凌隆凌溜留 亮劉 虜略了侶 僚 留留旅凌亮竜僚僚 竜旅虜凌旅虜ﾎ 侶竜旅ﾎ. 凌僚隆竜亮凌旅虜流 留粒凌略 亮凌竜溜 僚留 僚略竜旅 亮竜 侶僚 留粒凌略 隆旅留慮竜旅亮侶留 旅凌 (capacity market), 侶 凌凌溜留 劉竜旅 凌 侶僚 竜両留略了旅侶 侶 亮留虜凌僚旅留 隆旅留慮竜旅亮侶留 旅凌 凌 侶亮留. 裡留 了留溜旅留 侶 竜僚凌凌溜侶侶 僚 留虜ﾎ 留粒凌ﾎ, 凌 劉竜旅 慮劉竜旅 凌 侶 留虜流 旅凌流 劉 凌 劉凌 2015, 劉竜旅 僚留 粒溜僚竜旅 凌亮凌粒竜僚凌凌溜侶侶 僚 虜留僚僚僚 竜溜了侶 僚 凌僚隆竜亮凌旅虜ﾎ 留粒凌ﾎ 侶了竜虜旅虜流 竜僚劉粒竜旅留, 虜留旅 僚留 竜旅竜慮竜溜 侶 凌僚凌亮留龍亮竜僚侶 束龍竜両侶損 僚 留粒凌ﾎ 侶了竜虜旅虜流 竜僚劉粒竜旅留, 凌 亮劉凌僚 僚 虜凌旅僚僚旅虜凌 僚了凌. 隆凌亮流 虜留旅 凌旅 虜留僚僚竜 侶 留虜流 留粒凌略, 凌 劉竜旅 隆竜亮竜旅虜略 僚留 旅凌慮竜流凌僚 了竜 凌旅 留虜劉 ﾏ竜, 凌僚凌亮略龍凌僚留旅 僚流慮 束凌僚劉了凌-裡凌損 流 Target Model. 裡留 了留溜旅留 侶 留凌溜留侶, 慮留 粒溜僚竜旅 竜虜竜僚流 留僚留凌略 旅 留留略僚 劉僚僚凌旅竜, 虜留旅 慮留 留凌旅留凌僚 凌旅 凌虜了流竜旅 凌 亮劉了了凌僚凌 留僚留凌旅虜略 亮竜 侶 隆旅留竜溜旅侶 僚 留粒凌ﾎ 侶了竜虜旅虜流 竜僚劉粒竜旅留, 竜僚竜旅 侶 竜僚亮略侶 亮竜粒略了侶 虜了溜亮留虜留 凌 侶亮留, 侶 虜留留僚略了侶 侶了竜虜旅虜流 竜僚劉粒竜旅留 留 侶了竜虜旅虜略 凌流亮留留, 虜留旅 侶 留両留僚亮竜僚侶 留虜旅侶 凌 凌溜凌 (demand response) 留 凌旅虜凌僚凌亮旅虜略 束流亮留留損 侶 留粒凌略 侶了竜虜旅虜流 竜僚劉粒竜旅留. Follow IEEE NTUA SB on facebook: https://www.facebook.com/IeeeNtuaSB]]> Sun, 23 Feb 2014 10:55:55 GMT /slideshow/ieee-student-branchmay2013v10/31539562 IEEE_NTUA_SB@slideshare.net(IEEE_NTUA_SB) Ieee student branch_may_2013_v1.0 IEEE_NTUA_SB 留竜了竜慮劉侶 僚 留粒凌ﾎ 侶了竜虜旅虜流 竜僚劉粒竜旅留 凌 僚竜了劉侶虜竜 虜留略 留 竜了竜留溜留 20 僚旅留 隆侶亮旅凌粒侶竜 僚劉竜 隆凌亮劉 侶僚 凌粒略僚侶 僚 凌僚隆竜亮凌旅虜ﾎ 留粒凌ﾎ. 旅 隆凌 虜溜留竜 隆凌亮劉 凌粒略僚侶 僚 留粒凌ﾎ 侶了竜虜旅虜流 竜僚劉粒竜旅留 竜溜僚留旅 侶 (留) 侶 虜凌旅僚凌留両溜留 旅凌, 虜留旅 (硫) 凌 律侶亮留旅流旅凌 僚劉粒竜旅留. 略慮竜 隆凌亮流 竜亮竜旅劉竜旅 隆旅留凌竜旅虜劉 隆旅留隆旅虜留溜竜 粒旅留 侶 了竜旅凌粒溜留 侶 留粒凌略 虜留旅 粒旅留 侶 硫竜了旅凌凌溜侶侶 凌 竜僚竜粒竜旅留虜凌 亮溜粒亮留凌,了留亮硫略僚凌僚留 侶 侶僚 留略了竜旅留 侶 竜僚竜粒竜旅留虜流 凌凌隆凌溜留 亮劉 虜略了侶 僚 留留旅凌亮竜僚僚 竜旅虜凌旅虜ﾎ 侶竜旅ﾎ. 凌僚隆竜亮凌旅虜流 留粒凌略 亮凌竜溜 僚留 僚略竜旅 亮竜 侶僚 留粒凌略 隆旅留慮竜旅亮侶留 旅凌 (capacity market), 侶 凌凌溜留 劉竜旅 凌 侶僚 竜両留略了旅侶 侶 亮留虜凌僚旅留 隆旅留慮竜旅亮侶留 旅凌 凌 侶亮留. 裡留 了留溜旅留 侶 竜僚凌凌溜侶侶 僚 留虜ﾎ 留粒凌ﾎ, 凌 劉竜旅 慮劉竜旅 凌 侶 留虜流 旅凌流 劉 凌 劉凌 2015, 劉竜旅 僚留 粒溜僚竜旅 凌亮凌粒竜僚凌凌溜侶侶 僚 虜留僚僚僚 竜溜了侶 僚 凌僚隆竜亮凌旅虜ﾎ 留粒凌ﾎ 侶了竜虜旅虜流 竜僚劉粒竜旅留, 虜留旅 僚留 竜旅竜慮竜溜 侶 凌僚凌亮留龍亮竜僚侶 束龍竜両侶損 僚 留粒凌ﾎ 侶了竜虜旅虜流 竜僚劉粒竜旅留, 凌 亮劉凌僚 僚 虜凌旅僚僚旅虜凌 僚了凌. 隆凌亮流 虜留旅 凌旅 虜留僚僚竜 侶 留虜流 留粒凌略, 凌 劉竜旅 隆竜亮竜旅虜略 僚留 旅凌慮竜流凌僚 了竜 凌旅 留虜劉 ﾏ竜, 凌僚凌亮略龍凌僚留旅 僚流慮 束凌僚劉了凌-裡凌損 流 Target Model. 裡留 了留溜旅留 侶 留凌溜留侶, 慮留 粒溜僚竜旅 竜虜竜僚流 留僚留凌略 旅 留留略僚 劉僚僚凌旅竜, 虜留旅 慮留 留凌旅留凌僚 凌旅 凌虜了流竜旅 凌 亮劉了了凌僚凌 留僚留凌旅虜略 亮竜 侶 隆旅留竜溜旅侶 僚 留粒凌ﾎ 侶了竜虜旅虜流 竜僚劉粒竜旅留, 竜僚竜旅 侶 竜僚亮略侶 亮竜粒略了侶 虜了溜亮留虜留 凌 侶亮留, 侶 虜留留僚略了侶 侶了竜虜旅虜流 竜僚劉粒竜旅留 留 侶了竜虜旅虜略 凌流亮留留, 虜留旅 侶 留両留僚亮竜僚侶 留虜旅侶 凌 凌溜凌 (demand response) 留 凌旅虜凌僚凌亮旅虜略 束流亮留留損 侶 留粒凌略 侶了竜虜旅虜流 竜僚劉粒竜旅留. Follow IEEE NTUA SB on facebook: https://www.facebook.com/IeeeNtuaSB <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/ieeestudentbranchmay2013v1-140223105555-phpapp02-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> 留竜了竜慮劉侶 僚 留粒凌ﾎ 侶了竜虜旅虜流 竜僚劉粒竜旅留 凌 僚竜了劉侶虜竜 虜留略 留 竜了竜留溜留 20 僚旅留 隆侶亮旅凌粒侶竜 僚劉竜 隆凌亮劉 侶僚 凌粒略僚侶 僚 凌僚隆竜亮凌旅虜ﾎ 留粒凌ﾎ. 旅 隆凌 虜溜留竜 隆凌亮劉 凌粒略僚侶 僚 留粒凌ﾎ 侶了竜虜旅虜流 竜僚劉粒竜旅留 竜溜僚留旅 侶 (留) 侶 虜凌旅僚凌留両溜留 旅凌, 虜留旅 (硫) 凌 律侶亮留旅流旅凌 僚劉粒竜旅留. 略慮竜 隆凌亮流 竜亮竜旅劉竜旅 隆旅留凌竜旅虜劉 隆旅留隆旅虜留溜竜 粒旅留 侶 了竜旅凌粒溜留 侶 留粒凌略 虜留旅 粒旅留 侶 硫竜了旅凌凌溜侶侶 凌 竜僚竜粒竜旅留虜凌 亮溜粒亮留凌,了留亮硫略僚凌僚留 侶 侶僚 留略了竜旅留 侶 竜僚竜粒竜旅留虜流 凌凌隆凌溜留 亮劉 虜略了侶 僚 留留旅凌亮竜僚僚 竜旅虜凌旅虜ﾎ 侶竜旅ﾎ. 凌僚隆竜亮凌旅虜流 留粒凌略 亮凌竜溜 僚留 僚略竜旅 亮竜 侶僚 留粒凌略 隆旅留慮竜旅亮侶留 旅凌 (capacity market), 侶 凌凌溜留 劉竜旅 凌 侶僚 竜両留略了旅侶 侶 亮留虜凌僚旅留 隆旅留慮竜旅亮侶留 旅凌 凌 侶亮留. 裡留 了留溜旅留 侶 竜僚凌凌溜侶侶 僚 留虜ﾎ 留粒凌ﾎ, 凌 劉竜旅 慮劉竜旅 凌 侶 留虜流 旅凌流 劉 凌 劉凌 2015, 劉竜旅 僚留 粒溜僚竜旅 凌亮凌粒竜僚凌凌溜侶侶 僚 虜留僚僚僚 竜溜了侶 僚 凌僚隆竜亮凌旅虜ﾎ 留粒凌ﾎ 侶了竜虜旅虜流 竜僚劉粒竜旅留, 虜留旅 僚留 竜旅竜慮竜溜 侶 凌僚凌亮留龍亮竜僚侶 束龍竜両侶損 僚 留粒凌ﾎ 侶了竜虜旅虜流 竜僚劉粒竜旅留, 凌 亮劉凌僚 僚 虜凌旅僚僚旅虜凌 僚了凌. 隆凌亮流 虜留旅 凌旅 虜留僚僚竜 侶 留虜流 留粒凌略, 凌 劉竜旅 隆竜亮竜旅虜略 僚留 旅凌慮竜流凌僚 了竜 凌旅 留虜劉 ﾏ竜, 凌僚凌亮略龍凌僚留旅 僚流慮 束凌僚劉了凌-裡凌損 流 Target Model. 裡留 了留溜旅留 侶 留凌溜留侶, 慮留 粒溜僚竜旅 竜虜竜僚流 留僚留凌略 旅 留留略僚 劉僚僚凌旅竜, 虜留旅 慮留 留凌旅留凌僚 凌旅 凌虜了流竜旅 凌 亮劉了了凌僚凌 留僚留凌旅虜略 亮竜 侶 隆旅留竜溜旅侶 僚 留粒凌ﾎ 侶了竜虜旅虜流 竜僚劉粒竜旅留, 竜僚竜旅 侶 竜僚亮略侶 亮竜粒略了侶 虜了溜亮留虜留 凌 侶亮留, 侶 虜留留僚略了侶 侶了竜虜旅虜流 竜僚劉粒竜旅留 留 侶了竜虜旅虜略 凌流亮留留, 虜留旅 侶 留両留僚亮竜僚侶 留虜旅侶 凌 凌溜凌 (demand response) 留 凌旅虜凌僚凌亮旅虜略 束流亮留留損 侶 留粒凌略 侶了竜虜旅虜流 竜僚劉粒竜旅留. Follow IEEE NTUA SB on facebook: https://www.facebook.com/IeeeNtuaSB
Ieee student branch_may_2013_v1.0 from IEEE NTUA SB
]]> 323 2 https://cdn.slidesharecdn.com/ss_thumbnails/ieeestudentbranchmay2013v1-140223105555-phpapp02-thumbnail.jpg?width=120&height=120&fit=bounds presentation White http://activitystrea.ms/schema/1.0/post http://activitystrea.ms/schema/1.0/posted 0 https://cdn.slidesharecdn.com/profile-photo-IEEE_NTUA_SB-48x48.jpg?cb=1523400034 The purpose of the ieee ntua student branch is to provide undergraduate and graduated students who have an interest in Electrical Engineering or related sciences, opportunities for academic, technical and professional development ieee.ntua.gr https://cdn.slidesharecdn.com/ss_thumbnails/ntua-prese2-150220124753-conversion-gate02-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/ieee-ntua-sb-arduino-workshop-vol-2/44937601 IEEE NTUA SB - Arduino... https://cdn.slidesharecdn.com/ss_thumbnails/copy-of-arduino-1-comb-150220015201-conversion-gate01-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/ieee-ntua-sb/44914614 IEEE NTUA SB - Arduino... https://cdn.slidesharecdn.com/ss_thumbnails/6-140528151210-phpapp02-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/6-35231546/35231546 IEEE NTUA SB- 亮旅了溜留 &quot;...