Title :
The 9th International Conference on Advanced Communication Technology Toward Network Innrovation beyond Evolution
Abstract :
The following topics were dealt with: advanced communication technology; multimedia wireless LAN; software radio; OFDMA; IEEE 802.16e systems; IEEE 802.11e QoS stations; channel estimation; OFDM; wireless ubiquitous networks; ad hoc networks; automatic Web services; information gathering protocol; mobile communications; RFID; ALOHA; IEEE 802.11n; VisuGATOR; proxy signature scheme; single carrier modulation system; frequency domain equalization; MRRC; minimum bit error rate algorithm; multicast MAC protocol; Bluetooth; university network; dynamical scheduling algorithm; wireless broadcasting; random access wireless multi-hop networks; mobile healthcare system; dynamic QoS scheduling; Diffserv network; layer-three site multihoming protocol; data delivery; wireless sensor networks; privacy protection; PEGASIS; adaptive CSMA-CA algorithm; IEEE 802.15.4; formal security policy model; MIMO system; QoS RED buffer management scheme; personalized IPTV service; Internet; pervasive computing technology; P2P applications; IEEE 1451.5; spread spectrum transceiver; CDMA; WiBro network; WiMAX; routing protocols; wireless mesh networks; session initiation protocol; topology control protocol; UWB communications; cellular networks; satellite communication networks; IPv6; WPON; MG-OXC networks; WDM-SCM-PON; and multi-piconet network.
Keywords :
Bluetooth; DiffServ networks; IP networks; MIMO communication; OFDM modulation; Web services; WiMax; ad hoc networks; broadband networks; carrier sense multiple access; cellular radio; channel estimation; code division multiple access; digital signatures; equalisers; error statistics; frequency division multiple access; multicast protocols; multimedia communication; optical fibre networks; quality of service; radiofrequency identification; routing protocols; satellite communication; software radio; telecommunication network management; television broadcasting; transceivers; ubiquitous computing; ultra wideband communication; wavelength division multiplexing; wireless LAN; wireless sensor networks; ALOHA; Bluetooth; CDMA; Diffserv network; IEEE 1451.5; IEEE 802.11e QoS stations; IEEE 802.11n; IEEE 802.15.4; IEEE 802.16e systems; IPv6; Internet; MG-OXC networks; MIMO system; MRRC; OFDM; OFDMA; P2P applications; PEGASIS; QoS RED buffer management scheme; RFID; UWB communications; VisuGATOR; WDM-SCM-PON; WPON; WiBro network; WiMAX; ad hoc networks; adaptive CSMA-CA algorithm; advanced communication technology; automatic Web services; cellular networks; channel estimation; data delivery; dynamic QoS scheduling; dynamical scheduling algorithm; formal security policy model; frequency domain equalization; information gathering protocol; layer-three site multihoming protocol; minimum bit error rate algorithm; mobile communications; mobile healthcare system; multi-piconet network; multicast MAC protocol; multimedia wireless LAN; personalized IPTV service; pervasive computing technology; privacy protection; proxy signature scheme; random access wireless multi-hop networks; routing protocols; satellite communication networks; session initiation protocol; single carrier modulation system; software radio; spread spectrum transceiver; topology control protocol; university network; wireless broadcasting; wireless mesh networks; wireless sensor networks; wireless ubiquitous networks;
Conference_Titel :
Advanced Communication Technology, The 9th International Conference on
Conference_Location :
Gangwon-Do
Print_ISBN :
978-89-5519-131-8
DOI :
10.1109/ICACT.2007.358491
