SITE,
OCIECE: ELG7178F Topics in
Communications II
OCICS: CSI 5148 COMP5103 (S, T)
Wireless Ad Hoc Networking
Fridays, 14:30 - 17:30
Please send your presentations to Zhen Huang zhuan045@uottawa.ca
They will be posted at http://www.site.uottawa.ca/~zhuan045/CSI5148/Presentation.
Quiz 1 Winter 2013 Quiz 1 sol q1-4 Quiz 1 sol q5-7
Quiz 1 Fall 2011 Quiz 1 Fall 2011 Solutions
Quiz 1 Fall 2010 Quiz 1Fall 2010 solutions
Quiz 1 Winter 2010 Quiz 1 Winter 2010 Quiz 1 2010 solutions
quiz 1 part 1 2008 quiz 1 part 2 2008 quiz 1 part 1 sol 2008
quiz 1 part 2 sol 2008 a correction of one solution
Solutions for quiz 1 in 2006
Solutions for quiz 1
Firm deadline for project submission is April 20 (to stojmenovic@gmail.com ).
Approximate organization of lectures
Transparencies to be used in class:
(see also survey chapters and articles by instructor)
Week 1:
Routing for sensor and ad hoc networks, mainly position based and for unit disk graphs
Week 2:
Broadcasting
in ad hoc networks
(see also survey chapters by instructor)
Week 3:
Sensor networks (introductory notes; not covered in class)
Sensor coordination: area and communication coverage
Week 5:
Actuation and coordination in CPS/IoT
Other slides:
write article simulation emulation MCCCS
Data gathering and aggregation in wireless sensor networks
Data communication and coordination in wireless sensor and actor networks
Vehicular networks and Intelligent Transportation Systems
Location service in ad hoc, sensor, and sensor-actor networks
Anycasting, and multicasting for sensor-actor networks
Construction and application of sparse connected wireless ad hoc and sensor networks
Partitioning and connectivity: localized detection
Bluetooth scatternet formation
Routing with realistic physical layer
Sensor and actor networks:
Coordinated movement for bi-connectivity (24 sl.)
Routing, Anycasting, Multicasting (30 Slides) (combination of slides from other sets)
Generating sensor and actuator networks (15 slides)
Sensor relocation (24 slides)
Nikola Tesla: Father of wireless communication