City University of Hong Kong Emails / Illinois Institute of Technology Emails / University Email / /
IndustryTerm
Wireless Capacity Maximization / ad-hoc wireless networks / Wireless capacity / Wireless Ad Hoc / ad hoc and hybrid wireless networks / constant-approximation algorithm / Wireless Link Scheduling / wireless interference constraint / polynomial approximation algorithms / ad hoc mobile networks / arbitrary networks / bi-criteria approximation algorithms / approximation algorithm / wireless network / classic graph-theoretical tools / ad-hoc networks / approximate solution / multi-hop wireless networks / multi-radio wireless networks / low-power wireless networks / mobile ad hoc networks / wireless ad-hoc networks / wireless environment / polynomial constant-approximation algorithm / Wireless Scheduling / binary protocols / mobile wireless networks / wireless networks / random wireless networks / constantapproximation algorithms / Wireless Communication / approximation algorithms / multi-hop wireless network performance / wireless scheduling protocols / mesh networks / hybrid wireless networks / /
Organization
City University of Hong Kong Emails / Research Grants Council of the Hong Kong SAR / National Science Foundation / Department of Computer Science / Illinois Institute of Technology Emails / Georgetown University / IEEE Communications Society / /
Person
J. Padhye / V / D. Chafekar / V / Frances Yao / /
ProgrammingLanguage
Hoc / R / /
PublishedMedium
IEEE Transactions on Information Theory / Lecture Notes in Computer Science / /
This paper was presented as part of the main technical program at IEEE INFOCOMWireless Link Scheduling under Physical Interference Model Peng-Jun Wan∗ , Ophir Frieder† , Xiaohua Jia‡ , Frances Yao‡ , Xiaoh