Title :
GLOBECOM ´03. IEEE Global Telecommunications Conference (IEEE Cat. No.03CH37489)
Abstract :
The following topics are dealt with: multi carrier systems; OFDM; high data rate radio link technologies; ad hoc networks; WLAN; WPAN; Bluetooth technologies; link adaptation; multiple antennas systems; resource allocation; multi user detection; MIMO channels; space time coding; low power algorithms and protocols; inter system interference; spectral coexistence; ultra wide band systems; heterogeneous wireless networks; advanced location techniques; next generation networks; satellite and space communications; denial-of-service attacks; authentication; wireless security and intrusion detection; group key management and encryption; security protocols; CDMA; diversity; equalization; information theory; MIMO capacity; multiple access; transmission techniques; turbo codes; LPDC codes; MIMO signal processing; multimedia signal processing; advanced receiver design; channel estimation; optical-switching performance; survivable networks; routing and wavelength assignment; dynamic routing; optical fiber; QoS; service differentiation; optical switching; traffic grooming; sensor network; scheduling; mobile networks; congestion; Diffserv; IP; transport layer; optimization; channel processing; access control; handover and mobility; high-speed networks; GMPLS; Internet; traffic engineering; storage technologies; embedded technologies; traffic control; and billing.
Keywords :
Bluetooth; Internet; MIMO systems; OFDM modulation; ad hoc networks; antenna arrays; channel estimation; code division multiple access; diversity reception; equalisers; invoicing; message authentication; multimedia communication; multiuser detection; optical fibres; personal communication networks; public key cryptography; quality of service; radio links; radio receivers; radiofrequency interference; resource allocation; satellite communication; space-time codes; telecommunication congestion control; telecommunication network routing; telecommunication traffic; turbo codes; wireless LAN; wireless sensor networks; Bluetooth technologies; CDMA; Diffserv; IP; Internet; LPDC codes; MIMO capacity; MIMO channels; MIMO signal processing; OFDM; QoS; WLAN; WPAN; access control; ad hoc networks; advanced location techniques; advanced receiver design; authentication; billing; channel estimation; channel processing; code division multiple access; congestion; denial-of-service attacks; diversity; dynamic routing; embedded technologies; encryption; equalization; group key management; handover; heterogeneous wireless networks; high data rate radio link technologies; high-speed networks; information theory; intersystem interference; intrusion detection; link adaptation; low power algorithms; mobile networks; mobility; multicarrier systems; multimedia signal processing; multiple access; multiple antennas systems; multiple input multiple output; multiuser detection; next generation networks; optical fiber; optical switching; optical-switching performance; optimization; orthogonal frequency division multiplexing; quality of service; resource allocation; satellite communications; security protocols; sensor network; service differentiation; space communications; space time coding; spectral coexistence; storage technologies; survivable networks; traffic control; traffic engineering; transmission techniques; transport layer; turbo codes; ultrawideband systems; wavelength assignment; wireless local area network; wireless personal area network; wireless security; Antenna arrays; Code division multiaccess; Communication system routing; Communication system traffic; Data security; Diversity methods; Electromagnetic radiative interference; Equalizers; Internet; MIMO systems; Multimedia communication; Optical fibers; Personal communication networks; Public key cryptography; Radio communication; Radio receivers; Resource management; Satellite communication; Traffic control (communication); Wireless LAN;
Conference_Titel :
Global Telecommunications Conference, 2003. GLOBECOM '03. IEEE
Conference_Location :
San Francisco, CA
Print_ISBN :
0-7803-7974-8
DOI :
10.1109/GLOCOM.2003.1258544
