| | Publications
11 results where keywords includes MAC protocols.
- @inproceedings{Partan:2011,
Author = {
James W. Partan and
Jim Kurose and
Brian Neil Levine and
James Preisig},
Booktitle = {Proc. ACM International Workshop on UnderWater Networks (WUWNet)},
Keywords = {MAC Protocols; wireless; underwater; Synthesis project},
Month = {December},
Sponsors = {CNS-0519881},
Title = {{Low Spreading Loss in Underwater Acoustic Networks Reduces RTS/CTS Effectiveness}},
Url = {http://forensics.umass.edu/pubs/partan.wuwnet.2011.pdf},
Year = {2011}}
[link][PDF]
- @techreport{Partan:2010,
Author = {
James W. Partan and
Jim Kurose and
Brian Neil Levine and
James Preisig},
Institution = {University of Massachusetts Amherst},
Keywords = {MAC Protocols; wireless; underwater; Tech report; Synthesis project},
Month = {July},
Number = {UM-CS-2010-045},
Title = {{Spatial Reuse in Underwater Acoustic Networks using RTS/CTS MAC Protocols}},
Url = {http://forensics.umass.edu/pubs/Partan.UM-CS-2010-045.pdf},
Year = {2010}}
[link][PDF]
- @inproceedings{Liberatore:2006aMaximizing,
Abstract = {Devices in disruption tolerant networks (DTNs) must be able to communicate robustly in the face of short and infrequent connection opportunities. Unfortunately, one of the most inexpensive, energy-efficient and widely deployed peer-to-peer capable radios, Bluetooth, is not well-suited for use in a DTN. Bluetooth's half-duplex process of neighbor discovery can take tens of seconds to complete between two mutually undiscovered radios. This delay can be larger than the time that mobile nodes can be expected to remain in range, resulting in a missed opportunity and lower overall performance in a DTN. This paper proposes a simple, cost effective, and high performance modification to mobile nodes to dramatically reduce this delay: the addition of a second Bluetooth radio. We showed through analysis and simulation that this dual radio technique improves both connection frequency and duration. Moreover, despite powering two radios simultaneously, nodes using dual radios are more energy efficient, spending less energy on average per second of data transferred.},
Author = {Liberatore, Marc and Levine, Brian Neil and Barakat, Chadi},
Booktitle = {Proc. ACM Conference on Future Networking Technologies (CoNext)},
Keywords = {DTN; wireless; MAC Protocols; DOME},
Month = {December},
Presentation_Url = {http://forensics.umass.edu/pubs/slides/chadi.conext.2006.pdf},
Sponsors = {NSF-0519881 and NSF-0133055 and NSF-0325868 and W15P7T-05-C-P213},
Title = {{Maximizing Transfer Opportunities in Bluetooth DTNs}},
Url = {http://forensics.umass.edu/pubs/liberatore.conext.2006.pdf},
Year = {2006}}
[link][PDF]
- @article{CornerPriority2000,
Author = {Corner, Mark D. and Liebeherr, Jorg and Golmie, Nada and Bisdikian, Chatschik and Su, David},
Journal = {IEEE/ACM Transactions on Networking},
Keywords = {MAC Protocols;Journal Paper},
Month = {April},
Number = {2},
Pages = {200-211},
Title = {{A Priority Scheme for the IEEE 802.14 MAC Protocol for Hybrid Fiber-Coax Networks}},
Url = {http://forensics.umass.edu/pubs/mcorner/ton-2000.pdf},
Volume = {8},
Year = {2000}}
[link][PDF]
- @article{GolmieTraffic1999,
Author = {Golmie, Nada and Corner, Mark D. and Liebeherr, Jorg and Su, David},
Journal = {Computer Communications},
Keywords = {MAC Protocols;Journal Paper},
Month = {January},
Number = {1},
Pages = {30-39},
Title = {{ATM Traffic Control in Hybrid Fiber-Coax Networks - Problems and Solutions}},
Url = {http://forensics.umass.edu/pubs/mcorner/cc99.pdf},
Volume = {22},
Year = {1999}}
[link][PDF]
- @inproceedings{GolmieLanman1998,
Address = {Banff, Canada},
Author = {Golmie, Nada and Corner, Mark D. and Su, David},
Booktitle = {LANMAN Workshop},
Keywords = {MAC Protocols},
Month = {May},
Slides_Url = {http://forensics.umass.edu/pubs/mcorner/LANMAN_slides.pdf},
Title = {{Choice of Medium Access Control Protocol for HFC Networks (Workshop)}},
Url = {http://forensics.umass.edu/pubs/mcorner/LANMAN_abstract.pdf},
Year = {1998}}
[link][PDF]
- @mastersthesis{corner-masters,
Author = {Corner, Mark D.},
Keywords = {MAC Protocols,Thesis},
Month = {May},
School = {University of Virginia},
Title = {{Quality of Service Issues in Hybrid Fiber-Coax Networks}},
Url = {http://forensics.umass.edu/pubs/mcorner/thesis.pdf},
Year = {1998}}
[link][PDF]
- @inproceedings{CornerPriority1998,
Address = {San Francisco, CA},
Author = {Corner, Mark D. and Golmie, Nada and Liebeherr, Jorg and Su, David},
Booktitle = {Proceedings of IEEE Infocom},
Keywords = {MAC Protocols},
Month = {April},
Pages = {1400--1407},
Title = {{A Priority Scheme for the IEEE 802.14 MAC Protocol for Hybrid Fiber-Coax Networks}},
Url = {http://forensics.umass.edu/pubs/mcorner/80214infocom98.pdf},
Year = {1998}}
[link][PDF]
- @inproceedings{GolmieImproving1997,
Address = {Phoenix, AZ},
Author = {Golmie, Nada and Corner, Mark D. and Liebeherr, Jorg and Su, David},
Booktitle = {Proceedings of IEEE Globecom},
Keywords = {MAC Protocols},
Month = {November},
Title = {{Improving the Effectiveness of ATM Traffic Control over Hybrid Fiber-Coax Networks}},
Url = {http://forensics.umass.edu/pubs/mcorner/globecom97.pdf},
Year = {1997}}
[link][PDF]
- @inproceedings{GolmieSimulation1997,
Author = {Golmie, Nada and Su, David and Corner, Mark D. and Liebeherr, Jorg},
Booktitle = {IEEE Project 802.14, Cable TV Protocol Working Group},
Keywords = {MAC Protocols},
Month = {January},
Note = {Contribution IEEE 802.14/97-011},
Title = {{Simulation Study of ABR Service over IEEE 802.14 MAC (Working Group)}},
Url = {http://forensics.umass.edu/pubs/mcorner/97-011.pdf},
Year = {1997}}
[link][PDF]
- @inproceedings{CornerContention:1996,
Address = {Reston, VA},
Author = {Liebeherr, Jorg and Corner, Mark D.},
Booktitle = {11th Annual Workshop on Computer Communications},
Keywords = {MAC Protocols},
Month = {September},
Title = {{Contention Resolution Schemes for Community Networks: A Comparative Evaluation (Workshop)}},
Year = {1996}}
[link]
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