Third-Generation Wireless Communication Systems / CommCon Comp / Las Vegas NV / Cambridge Univ Press / /
Country
United States / / /
Facility
Prentice Hall / University of California / /
IndustryTerm
wired/wireless networks / real-time image communication / image energy / filter bank / wireless applications / mobile communication systems / communication infrastructure / theses networks / bank / real-time image distribution / communication systems / delay sensitive applications / delay-sensitive applications / real time / faster network / mobile devices / mobile communication devices / Wireless Communications / heterogeneous networks / Wireless Links / mobile multimedia communication systems / wireless video / present heterogeneous communication infrastructure / image enhancement algorithms / Wireless LAN / heterogenous networks / wireless networks / wireless communication / widespread heterogeneous networks / real-time image distribution system / be enhanced using different image enhancement algorithms / /
NaturalFeature
high/variable-delay channel / /
Organization
National Science Foundation / University of California / Berkeley / Jean Walrand Department of EECS / /
Person
R. Hamzaoui / V / Jean Walrand / Mustafa Ergen / Mehdi Malboubi / Ahmad Bahai / /
Position
designer / General / /
ProgrammingLanguage
DC / /
ProvinceOrState
California / /
Technology
Ethernet / image compression / WLAN / JPEG / Peer-to-Peer / Information Technology / Wireless Communications / cell phones / GSM / image enhancement algorithms / simulation / mobile device / Quality of Service / Image Processing / Bluetooth / Wireless LAN / mobile devices / /
Unequal Importance Image Communication over Heterogeneous Networks Mehdi Malboubi, Ahmad Bahai, Mustafa Ergen, Pravin Varaiya, Jean Walrand Department of EECS, University of California, Berkeley, USA. {malboubi, bahai, e