上海Infocom有个纯忽悠论坛:MoNaCom
12-16
感觉有点太不靠谱了。体域网还可以理解,这个就不懂了。。。
IEEE INFOCOM 2011 Workshop on Molecular and Nano Scale Communications
(MoNaCom)
TOPICS OF INTERESTS:
The scope of the workshop is focused on Nano and molecular networks that
enables interconnection for nanomachines. The topics of the workshop
includes:
Infrastructures for nano/molecular communication: Calcium signaling; Viral
transport; Carbon Nano Tubes (CNT); Membrane nanotube; Flagellated Bacteria;
Molecular motors over microtubles; Electromagnetic nano networks
Network theory: Mobility in nano/molecular networks; Energy models for nano
machines; Information theory of nano/molecular networks; Protocols and
architectures for nano/molecular communication; network control of
nano/molecular communication; switching and routing at nano/molecular scale;
Coding in nano/molecular networks
Nano/molecular network design: Designing networks by moleware; Emergent
behaviour in nano/molecular networks (e.g. self-assembly, self-
organisation); Programming for moleware communication
Natural Computing in nano/molecular communication: Molecular computing; DNA
computing; membrane computing
Tools to support nano/molecular network design: Wetware communication by
simulation in silico; Network simulators (e.g. ns2, ns3) for nano/molecular
networks
Applications of nano/molecular networks: Healthcare (e.g. drug delivery),
Telecommunications, Energy, Biotechnology, Nano robots communication
※ 来源:·水木社区 http://newsmth.net·[FROM: 82.29.232]
IEEE INFOCOM 2011 Workshop on Molecular and Nano Scale Communications
(MoNaCom)
TOPICS OF INTERESTS:
The scope of the workshop is focused on Nano and molecular networks that
enables interconnection for nanomachines. The topics of the workshop
includes:
Infrastructures for nano/molecular communication: Calcium signaling; Viral
transport; Carbon Nano Tubes (CNT); Membrane nanotube; Flagellated Bacteria;
Molecular motors over microtubles; Electromagnetic nano networks
Network theory: Mobility in nano/molecular networks; Energy models for nano
machines; Information theory of nano/molecular networks; Protocols and
architectures for nano/molecular communication; network control of
nano/molecular communication; switching and routing at nano/molecular scale;
Coding in nano/molecular networks
Nano/molecular network design: Designing networks by moleware; Emergent
behaviour in nano/molecular networks (e.g. self-assembly, self-
organisation); Programming for moleware communication
Natural Computing in nano/molecular communication: Molecular computing; DNA
computing; membrane computing
Tools to support nano/molecular network design: Wetware communication by
simulation in silico; Network simulators (e.g. ns2, ns3) for nano/molecular
networks
Applications of nano/molecular networks: Healthcare (e.g. drug delivery),
Telecommunications, Energy, Biotechnology, Nano robots communication
※ 来源:·水木社区 http://newsmth.net·[FROM: 82.29.232]
Ian F. Akyildiz是大牛,人家挖新坑才能拿大funding
能给我讲讲这个玩意儿是怎么回事吗?
比片上网络还猛?
此人现在是水牛吧
他学生做的类似组内报告性质的综述,都能发出来。
嗯。在综述这一点上无人能及他老人家……不过他之前确实手下有几个猛的年轻人。
这个人。。。。
.43
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