The timetable is now available for MoN17, the 17th Mathematics of
Networks meeting. MoN17 will be held at the University of Sheffield, on
Thursday 20th September 2018. Thanks to Tim O'Farrell for acting as as
local host for MoN17. MoN17 is sponsored by commnet2
(https://www.commnet.ac.uk/) and is held in conjunction with Next-GWiN
2018 (http://www.next-gwin.org/) the 5th International Workshop on Next
Generation Green Wireless Networks, Sheffield University 17th-18th
September 2018. The theme of this meeting is Energy Efficiency in
Communications Networks. The meeting webpage is
http://www.monmeetings.org/meeting17/ .
To register for this free meeting simply follow this link. The deadline
for registration is 12th September:
https://www.eventbrite.co.uk/e/mon17-2018-17th-mathematics-of-networks-meeting-tickets-46978023533
Session 1: Efficiency in spatial networks
11:00-11:40 Konstantinos Koufos (Bristol) – Temporal performance of a
link in a field of vehicular interferers with headway distance
11:40-12:20 Glenford Mapp (Middlesex) – Understanding user contention
and its effects on resource allocation in heterogeneous networks
12:20-13:00 Carl Dettmann (Bristol) – Network connectivity in complex
geometries
Session 2: Network Analysis
14:00-14:40 Ruben Sanchez Garcia (Southampton) – Exploiting
symmetries in network analysis
14:40-15:20 Naomi Arnold (QMUL) – Mixed and time-varying models for
evolving complex networks
Session 3: Energy reduction in communication networks
15:40-16:20 Nishanth Sastry (KCL) – Consume local: Towards
carbon-free content delivery
16:20-17:00 Timothy O’Farrell (Sheffield) – Energy efficiency
evaluation framework for ultra-dense cellular networks
About Mathematics of Networks:
MoN is an informal series of meetings that has now been running since
2003. The series encourages interdisciplinary communication in
networking research. It is an excellent venue for presenting new ideas
or gaining a wider audience for established research. Presentations on
any aspect of networks are welcomed, particularly if the techniques or
conclusions are applicable in other networking disciplines. Attendance
is free of cost.
Keith, Richard, Tim
--
Richard G. Clegg,
Dept of Elec Eng and Computer Science,
Queen Mary University of London
http://www.richardclegg.org/
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