SES |
Authors |
Paper Title |
Affiliation |
1.1 |
Ki-Ho
Cho |
Call
Admission Control Schemes for Multiple QoS Classes in W-CDMA |
Samsung
Electronics, Korea |
1.2 |
Bibhu Mohanty, Ramin Rezaiifar,
Rajesh Pankaj |
Application Layer Capacity of the
cdma2000 1xEV Wireless Internet Access System |
Qualcomm,
USA |
1.3 |
Farah Khan , Gerry Foster, Chris
Horton, Seiamak Vahid, Nigel Baker |
Impact
of Service Mix and Tariff Models on Charging in Third Generation Mobile Networks |
Motorola,
UK; UWE, UK |
1.4 |
Juhani
Latvakoski |
A
Dynamic Service Discovery Architecture for Attaching an Ad Hoc System into 3GPP Mobile
Network |
VTT
Electronics, Finland |
1.5 |
Thomas Stockhammer, Tobias Oelbaum,
Thomas Wiegand |
H.26L Video Transmission in 3G
Wireless Environments |
Munich University of Technology,
Germany; Heinrich-Hertz-Institute,
Germany |
1.6 |
Clovis Muhugusa, Roch Glitho,
Cyr-Rufin Soh Kuefotsing, Philippe Renaud, Eric Lachapelle, Jonathan Palardy |
An Early Report on the
Implementation of a SIMPLE-Based Presence Server |
Ericsson Research, Canada |
1.7 |
DJ Shyy |
End-to-End QOS Provisioning for
Bluetooth-SATCOM Tactical Network |
MITRE,
USA |
1.8 |
Hasnaa
Moustafa, Houda Labiod |
SRMP: A Mesh-based Protocol for
Multicast Communication in ad hoc networks |
Ecole
Nationale Supérieure des Télécommunications, France |
2.1 |
Irek
Defée |
Future
Wireless Systems Beyond 3G Problems and Solution Directions |
Tampere
University of Technology, Finland |
2.2 |
Peter
Waters |
Does
ARPU have any value in the seamless grid of broadband networks? |
Partners, Gilbert
& Tobin, HK |
2.3 |
Dimitris
VAROUTAS, Dimitris KATSIANIS, Thomas SPHICOPOULOS, Anne CERBONI, Sylvain CANU, Kjell-Ove
KALHAGEN, Kjell
STORDAHL, Jarmo HARNO, Ilari WELLING |
Economic viability of 3G Mobile
Virtual Network Operators |
University of Athens; France
Telecom; Telenor; Nokia Research |
2.4 |
Yeong-Wha Sawng |
A Study on the IMT-2000 Technology
Standard and the IPR Policy in Korea |
Electronics Telecommunications
Research Institute, Korea |
2.5 |
Wendell Bishop |
More with Less? Tuning into
Wireless Video One Step at a Time |
NMS
Communications, USA |
2.6 |
Ari Backholm, Fredrik Hacklin |
Estimating the 3G Convergence
Effect on the Future Role of Application-Layer Mobile Middleware Solutions |
Smartner Information System Ltd,
Finland; Royal Institute of Technology, Sweden |
2.7 |
J. Allage, H. Tertuliano Filho |
The New Generations of Mobil Phone
Technology in Brazil: Evolution, Trends and Problems |
Universidade Federal do Paraná,
Brazil |
2.8 |
Euro
Sereni, Giuseppe Baruffa, Fabrizio Frescura, Paolo Antognoni |
A
Software Re-Configurable Architecture for 3G and Wireless Systems |
University
of Perugia, Italy; Digilab2000, Italy |
3.1 |
Markus
Dillinger, Jijun Luo, Eiman Mohyeldin |
Interworking between IP Security
and Performance Enhancing Proxies for Mobile Networks |
Siemens,
Germany |
3.2 |
Bin Zhen, Yongsuk Kim |
Location management support for IP
over bluetooth |
Samsung, Korea |
3.3 |
Yile Guo |
Wireless Routing Network Technology
in 3G and Beyond Mobile Communication Systems |
Nokia,
USA |
3.4 |
Jin Xi,
Christian Bettstetter |
Wireless
Multi-hop Internet Access: Addressing, Access Router Detection, and Hierarchical Routing |
Technische
Universität München, Germany |
3.5 |
Seung
Jei Yang, Sung Han
Park |
An
Efficient Mobile
Multicast Routing Protocol for QoS Guarantee in IPv6 based Networks |
Hanyang University, Korea |
3.6 |
Ted
Taekyoung Kwon, Mario Gerla |
An
IP-level Mobility Management Framework Based on Quasi-Registration in Wireless
Technologies Convergence |
UCLA,
USA |
3.7 |
Tore
Jønvik, Do Van Thanh |
Ad-hoc
formation of Bluetooth Piconet for Data Communication |
University
of Oslo, Norway; Telenor, Norway |
3.8 |
Baris Dundar, Anuj Puri |
IP Layer Mobility Across
Heterogeneous Wireless Networks |
University of California, Berkeley,
USA |
4.1 |
T.
Keith Blankenship, Brian Classon, Vip Desai |
High-Throughput
Turbo Decoding Techniques for 4G |
Motoroal,
USA |
4.2 |
Dong-Kwan Lee, Young-Jo Lee,
Youngwoo Yun, Kijun Kim |
Flexible and Variable Data Rate
Transmission Method for More Coding Gain In the 3G Synchronous-CDMA system |
LG,
Korea |
4.3 |
Hasan
Cam |
Non-Blocking
OVSF Codes for 3G Wireless and Beyond Systems |
Arizona
State University, USA |
4.4 |
S. Y. Kung, Xinying Zhang, Giovanni Vannucci, Jinyun Zhang |
Sequential Bezout Equalizer for
MIMO Systems |
Princeton,
USA ; Mitsubishi, USA |
4.5 |
Avraham
Freedman, Moshe Levin |
Selecting Modulation Scheme and
Effective Re-use Factor for Capacity Maximization of Broadband Wireless Access Systems |
Hexagon System Engineering, Israel;
Tel-Aviv University, Israel |
4.6 |
Dilip
Krishnaswamy |
Network-assisted link-adaptation
with power control and channel re-assignment in wireless networks |
Intel, USA
|
4.7 |
Erik
Oswald, Robert Klinski, Holger Hutzelmann, Rudi Knorr |
Effects
of free running sampling without correction for OFDM |
Fraunhofer
Institute for Communication Systems, Germany |
4.8 |
Lodewijk
T.Smit, Gerard J.M.Smit, Paul J.M.Havinga, Johann L.Hurink, Hajo J.Broersma |
Influence
of RAKE Receiver / Turbo Decoder Parameters on Energy Consumption and Quality |
University
of Twente, Netherland |
4.9 |
Mohamed-Oussama
Damen, Norman C.Beaulieu |
Concatenated
Block Error Control Codes and Bandwidth Efficient Algebraic Space-Time Codes |
University
of Alberta, Canada |
4.10 |
Sung-yun Yun, Jae-sung Lim |
Adaptive Power Control Scheme for
WCDMA Uplink Common Packet Channel |
Ajou
University, Korea |
4.11 |
Victor Y. Lo |
Wavelets Waveform Enhancement and
Efficient CDMA Code Design for Broadband Wireless Access System |
Gemini Networks, USA |
4.12 |
Zhenyu
Sun, Tjhung Tjeng Thiang |
Trellis
Coded Unitary Space-Time Modulation |
National
University of Singapore, Singapore |
5.1 |
Sridhar Gurivireddy, Behcet
Sarikaya |
Evaluation of cdma2000 Support for
IP Micro-Mobility-Handover and Paging Protocols |
Alcatel, France |
5.2 |
Michael
Schopp, Thomas Winter |
Functional
Modelling of Common Radio Resource Management Concepts for 3G Systems and Beyond |
Siemens,
Germany |
5.3 |
Rick
Ha, Weihua Zhuang |
Performance of MPEG-4 Video Streaming over 3G Networks Via WAP
|
University
of Waterloo, Canada |
5.4 |
Alexander
N. Lozhkin |
W-CDMA Operation in TDD and FDD
Modes : Evaluation of the Difference in BER Performances |
Fujitsu, Japan |
5.5 |
Silke
Heier, Dirk Heinrichs, Andreas Kemper |
Performance
of Internet Applications at the UMTS Radio Interface |
RWTH,
Germany |
5.6 |
Y. Argyropoulos, R. Pazhyannur, S.
Tzavidas, R. Agrawal, V. Subramanian, A. Bedekar, R. La, S. Kalyanasundaram |
Performance Analysis of GPRS/EDGE
Systems |
Motorola,
USA |
5.7 |
Chan-His Chen, Yao-Jen Lu,
Hsin-Piao Lin,
Cheng-Ying Yang |
Applying Auto-Regressive Model to
Estimate The Effects of Multi-path Propagation |
National Taipei University of
Technology, Taiwan; Chaoyang University of Technology, Taiwan |
5.8 |
Chun Chian
Lu |
Perturbation Method for Reducing
Interference in Multi-path Fading Channels
|
ITRI, Taiwan |
5.9 |
Hailong
Huang, Francois Chin |
Maximizing
Uplink Packet Throughput and Power Efficiency for DS-CDMA Based Wireless Data System |
National
University of Singapore, Singapore |
5.10 |
Stefan Pettersson |
Capacity comparisons of wireless
indoor networks with non-uniform user distribution |
Mid Sweden University, Sweden |
5.11 |
Parag
Agashe, Roberto Padovani |
Simulation
Results for Diversity Reception on cdma2000-1x Forward Traffic Channel |
Qualcomm,
USA |
5.12 |
George
Rittenhouse |
Optimizing
the performance of WCDMA wireless networks |
Lucent,
USA |
6.1 |
Jingjun Cao, Fujio Watanabe, Shoji
Kurakake |
MIDAS: An Integrated User Identity
Management System for Future Wireless Operators
|
NTT DoCoMo, USA |
6.2 |
Ok-Sun Park, Gyeong-Chul Shin,
Jin-Up Kim |
Implementation of UE MAC protocol
for IMT-2000 system base on UMTS |
Electronics and Telecommunications
Research Institute, Korea |
6.3 |
Shahzad Ali Malik, Djamal Zeghlache |
Fair Resource Scheduling on UMTS
WCDMA DSCH |
Institut
National des Telecommunications, France |
6.4 |
Lin
Cai, Xuemin Shen, Jon W. Mark |
TCP-Friendly
AIMD Congestion Control Protocol Supporting Heterogeneous Traffic |
University
of Waterloo, Canada |
6.5 |
Changqing Xu, Pan Ju Yan,
H.Katsuragawa |
A Simple and Efficient Hybrid
Automatic Repeat Request (HARQ) Scheme for High Speed Downlink Packet Access (HSDPA) |
OKI
Techno Centre, Singapore |
6.6 |
K.Stewart, S.Tragoudas |
Scheduling Time off Requests in
Ad-Hoc Networks |
Southern
Illinois University, USA |
6.7 |
Khalid
Al-Begain, Aymen I.Zreikat |
Interference
Based CAC for Uplink Traffic in UMTS Networks |
University
of Bradfrod, UK |
6.8 |
Shin
Horng Wong, Ian J.Wassell |
Distributed
Dynamic Channel Allocation using Game Theory for Broadband Fixed Wireless Access |
University
of Cambridge, UK |
6.9 |
Rajesh
Radhakrishnan, Chong Gao, Mokhtar Aboelaze |
Analysis
of a New MAC Protocol in the Existence of Channel Errors |
York
University, Canada |
6.10 |
Yu Cheng,
Weihua Zhuang |
A
DiffServ Resource Allocation Scheme Supporting Fast Handoff in IP-Based Wireless Networks |
University
of Waterloo, Canada |
7.1 |
Dirk
Trossen |
Providing
a Location Service based on the SIP Presence Extensions |
Nokia,
USA |
7.2 |
Haipeng
Jin, Kameswari Chebrolu, Aditya Pande, Xiaohua Chen, Javed Razavilar, Barani Subbiah |
Seamless
Handoff between Heterogeneous Wireless Network |
University
of California at San Diego, USA; Stanford University, USA; Magis Networks, USA; 3Com, USA |
7.3 |
Hung-Yun
Hsieh, Raghupathy Sivakumar |
Internetworking
WWAN and WLAN for Next Generation Wireless Data Networks |
Georgia
Institute of Technology, USA |
7.4 |
Timucin
Ozugur |
WiARP
Architecture: Energy-Efficient IP Integration for Wireless LANs |
Alcatel,
USA |
7.5 |
Jon W.
Mark, Jianping Pan, Xuemin Shen |
Mobility
Support in Hybrid Wireless/IP Networking |
University
of Waterloo, Canada |
7.6 |
Dongwook
Lee, Jong Won Kim |
Out-of-Sequence
Packet Analysis in Mobile IP Handoff and Its Enhancement |
Kwang-Ju
Institute of Science and Technology, Korea |
7.7 |
YingRao
Wei, A. K. Elhakeem |
Roaming
Times of Multi-wireless Systems for Software Defined Radio |
Concordia University, Canada |
7.8 |
Ali F. Almutairi, Mehmet Hakan
Karaata, Awatef K. Ali |
Distribution-Based
Adaptive Handover Initiation for Cellular Communication Networks |
Kuwait University, Kuwait |
7.9 |
Bong-Ju Lee, Jae-Wook Ko, Mi-Jung
Lim, Young-Chon Kim |
A Routing Method Considering Link
Handover in LEO Satellite Networks |
Chonbuk National University, Korea |
7.10 |
F.M.Cappabianca, Marco Carli,
A.Neri, A.RemPicci |
Integration
of Mobile IP and Cellular IP for Handoff Management Between Access Networks in Mobile
Communications of 3G and Beyond |
Universita
degli Studi Roma, Italy ; Lucent, Italy |
7.11 |
G. Sampath |
A protocol and an algorithm for
mobile station floor location using listeners |
The College of New Jersey |
7.12 |
Notker
Gerlich |
Impacts
of End-To-End IPv6 on UMTS Radio Access Network Concepts |
Siemens,
Germany |
8.1 |
Philippe
J. Sartori, Kevin L. Baum, Vipul Desai |
System
Capacity Comparison of Various Multiple Antenna Techniques for 4G Cellular Systems |
Motorola
Labs, USA |
8.2 |
Ahsan Aziz, Kim-Chyan Gan, Imran
Ahmed |
A DSP Based WCDMA Downlink Receiver
|
Motorola, USA |
8.3 |
Daqing Gu, Jinyun Zhang, Charles
You, Makoto Miyake, Xiaoqiang Ma |
An OFDM Receiver Structure for
Broadband Wireless LANs |
Mitsubishi
Electric, USA ; Princeton University, USA |
8.4 |
Hae-Moon
Seo, Hyeung-Gill Lim, Chang-Gene Woo, Pyung Choi |
Requirements
of Bandpass Sampling-ADC for Digital-IF Receiver Supporting UMTS Base-station System |
Samsung
Electronics, Korea; Kyungpook University, Korea |
8.5 |
Hae-Moon
Seo, Chang-Gene Woo, Min-Young Jung, Sun-Youl Chon, Pyung Choi |
RF
Receiver Requirements for UMTS Base Station and User Equipment |
Samsung
Electronics, Korea; Kyungpook University, Korea |
8.6 |
Laurent HERAULT, M.Reed, N.Voyer,
L.Brunel, A.Gameiro, L.M.Correia, Jorg Pamp, M.Pesce |
ASILUM :
A Platform to Evaluate Advanced Combinations of Smart Antennas and Multi-User Detection
for UMTS FDD and TDD |
CEA-LETI,
France ; ASCOM, Switzerland ; Mitsubishi, France ; Instituto de Telecom,
Portugal ; Technical University of Lisbon, Portugal ; IMST, Germany ; ETHZ,
Switzerland |
8.7 |
Seyed
Alireza Zekavat, Carl R. Nassar, Steve Shattil |
Merging
Oscillating-Beam Smart Antenna Arrays and Wideband Multi-Carrier CDMA: Exploiting Transmit
Diversity, Frequency Diversity and Directionality |
Colorado
State University, USA; Idris Communications, USA |
8.8 |
Koichiro
Ban, Hamid Gharavi |
IEEE
802.11 FHSS Receiver Design for Multihop Sensor Application |
National
Institute of Standards & Technology, USA |
8.9 |
Jim Lansford |
Multi-radio
Support in Portable Computing: Enabling Anytime, Anywhere
Connectivity |
Mobilian, USA |
8.10 |
Arash Mirbagheri, Young C.Yoon |
A Constant Modulus Approach to
Blind Adaptive Implementation of a LMMSE Receiver for Long-code DS-CDMA |
University of Waterloo, Canada |
8.11 |
Emanuela
Falletti, Mario Micciche, Fabrizio Sellone |
A Novel
Blind Adaptive Beamformer for Multi-Channel Multi-Rate CDMA |
Politecnico
di Torino, Italy |
8.12 |
Tat
Ming Lok, Ho Yuet Kwan |
A Time
Division Duplex System with Antenna Arrays for both the Uplink and the Downlink |
Chinese
University of Hong Kong, China |
8.13 |
Paul M.
Heysters, Henri Bouma, Jaap Smit, Gerard J.M. Smit, Paul J.M. Havinga |
A
Reconfigurable Function Array Architecture for 3G and 4G Wireless Terminals |
University
of Twente, Netherland |
9.1 |
Hamid Gharavi, Koichiro Ban |
Video Transmission for multi-hop
networks using IEEE 802.11 FHSS |
National Institute of Standards and
Technology, USA |
9.2 |
Lars
Aarhus, Havard Hegna, Thor Kristoffersen |
Streamed
Multimedia Presentation for Low Bandwidth Mobile Terminals: A Virtual Machine Approach |
Norwegian
Computing Center |
| 9.3 |
Robin Chiang Cher Nung, Michael
Young, Amardiya Sesmun, Nigel Baker, Gerry Foster |
Transport of Mobile Application
Part (MAP) Signalling over Internet Protocol (IP) |
Motorola,
UK |
9.4 |
Sung-Moon Shin, Jee-Hwan Ahn,
Jong-Suk Chae |
Adaptive Call Admissions for
Multimedia Services in DS-CDMA Cellular Systems |
Electronics and
Telecommunications Research Institute, Korea |
9.5 |
Ashutosh Dutta, Yibei Ling, Wai
Chen, Jasmine Chennikara, Onur Altintas, Yoshihisa Suwa, Henning Schulzrinne |
Multimedia SIP Sessions in a Mobile
Heterogeneous Access Environment |
Telcordia Technologies, USA; Toyota
InfoTechnology Center, USA; Columbia University, USA |
9.6 |
Arda Aksu,
Makonnen Melaku, Seshadri Mohan |
Personal
Call Management for Multi-Picture Caller Line Identification (MPCLI) Using Interactive
Voice Recognition |
Comverse,
USA |
9.7 |
Peter Becker, Shane Supplee |
Efficient
Implementation of UTRA-TDD Multiuser Detector |
InterDigital, USA |
9.8 |
G.
Araniti, G. Ascioti, A. Iera, A. Molinaro |
A Middleware for Multimedia
Adaptive-QoS Guarantee in "Any" Network Environment |
University Mediterranea
of Reggio Calabria, Italy; University of Calabria, Italy |
9.9 |
Charalampos
Ladas, Robert M. Edwards |
Signalling
and recovery enhancement of TCP in packet lossy networks with radio links |
The
University of Sheffield, U.K. |
9.10 |
Timo
Hämäläinen, Eero Wallenius |
Fuzzy
logic based Multidimensional admission control for 3G networks |
University
of Jyväskylä, Finland; Nokia Networks, Finland |
9.11 |
Jun
Lee, Jaeho Shin, Jaejin Lee |
Reduction
of MAP Detection Complexity Using Extrinsic Information As Threshold Values |
Dongguk
University, Korea |
10.1 |
Clive
Tang |
A
Decentralized Learning Control Scheme for Adaptive Modulation |
Nokia
Research Center, USA |
10.2 |
Yuanbin Guo, Joseph R. Cavallaro |
Reducing Peak-to-Average Power
Ratio in OFDM Systems by Adaptive Dynamic Range Companding
|
Rice University, USA |
10.3 |
Mickael
D. Batariere, James F. Kepler, Thomas P. Krauss, Sandeep Mukthavaram, Jeffrey W. Porter,
Timothy A. Thomas, Frederick W. Vook |
Experimental
Broadband MIMO OFDM System: Observations on Mobility and Spectral Efficiency |
Motorola
Labs, USA |
10.4 |
Jijun.
Luo, Markus Dillinger, Egon Schulz, Bernhard Walke |
Link Adaptation Consideration for
WLAN for Downloading Software for Reconfigurable Terminals |
Siemens,
Germany; RWTH, Germany |
10.5 |
Lei Cao, Jinyun Zhang, Chang Wen
Chen, Phil Orlik, Makoto Miyake |
Study of Two ¼ Turbo Code
Receivers in Non-Frequency Selective Fast Fading Channels |
Mitsubishi, USA and Japan |
10.6 |
Kevin
L. Baum, Theresa A. Kostas, Philippe J. Sartori, Eugene Visotsky |
On the
System-Level Benefit of Equalization for DS-CDMA Systems |
Motorola
Labs, USA |
10.7 |
Xiaodong Gu |
EVM and r accuracy for 3G modulation test |
Acterna,
USA |
10.8 |
Saad Z. Asif
|
Data Coding Techniques in Third
Generation (3G) Wireless Systems |
Sprint,
USA |
10.9 |
Harald
Elders-Boll, Stefan Thiel |
Efficient
Detection of the Usage of STTD Encoding of Common Channels in UMTS-FDD in the Presence of
Frequency Error |
Synopsys,
Germany |
10.10 |
Christian
Ibars, Yeheskel Bar-Ness |
OFDM
detection in a macro diversity system with multiple frequency offsets |
New
Jersey Institute of Technology, USA |
10.11 |
Mizhou Tan, Yeheskel Bar-Ness |
Maximum Spectral Utilization
Efficiency Multi-code FSL scheme for Multi-rate MC-CDMA |
New Jersey Institute of Technology,
USA |
10.12 |
Won Jay
Song, Byung Ha Ahn, Won Hee Kim, Bo Gwan Kim |
Optimal
Power Control Algorithm Based on Simultaneous Parameter Mutations in CDMA Radio Network
Capacity |
Kwangju
Institute of Science and Technology, Korea; Chungnam Nat'l Univ., Korea |
11.1 |
Jay J.
Ely, |
EMI
Issues Related to Wireless Voice and Data on Board Aircraft |
NASA
Langley Research Center, USA |
11.2 |
Latha Kant |
Fault Management and design of
wireless root cause analysis engines for 3G networks |
Telcordia, USA |
11.3 |
Bob Plunkett |
Adaptive Computing and Evolvable
Wireless Systems |
QuickSilver
Technology, USA |
11.4 |
Olli
Väänänen, Jouko Vankka, Kari Halonen |
Effect
of Clipping in Wideband CDMA System and Simple Algorithm for Peak Windowing |
Helsinki
University of Technology, Finland |
11.5 |
Tat M.
Lok, Ho Y.Kwan |
Simple
signature sequence adaptation through gain control |
The
Chinese University of Hong Kong, China |
11.6 |
Wayne
Bowen |
A 160
EVRC Channel T1 and QoS |
US
Phoenix, USA |
11.7 |
Jin-Min
Kim, Young-Joo Suh |
RSVP
Adaptation for QoS Guarantees in the 3rd Generation Network |
Pohang
University of Science & Technology, Korea |
11.8 |
Prakash
Sastry, Irek Defee |
Real-Time
Digital TV Playback on Handheld Operating over W-LAN |
Tampere
University of Technology, Finland |
11.9 |
Mohammad M. Al-Fawaz, Mike E.
Woodward |
QoS Routing with Multiple
Constraints |
University of Bradford, UK |
12.1 |
Jun
Zhao, Qian Zhang, Wenwu Zhu, Ya-Qin Zhang |
Throughput
and QoS Optimization in IEEE 802.11 WLAN |
Microsoft
Research Asia, China |
12.2 |
Melody Moh, Shuqin Zhang |
Scalability Study of
Application-Level Reliable Multicast Congestion Control for the Next Generation Mobile
Internet |
San Jose State University, USA; IP
Infusion, USA. |
12.3 |
Chung
Woo Hwang, Hamid Aghvami |
Improving TCP Performance of
Software Download for Reconfigurable Terminals |
Kings
College London, U.K. |
12.4 |
Sébastien
Baey, Marie-Claude Dumas, Marcel Dumas |
UMTS WCDMA Uplink Physical
Multiplexing Performance for Multi-Service Mobile |
Supelec,
France |
12.5 |
Vikas
Kukshya, Hossein Izadpanah |
Smart
Broadband Wireless Connectivity Design Challenges and Performance Evaluation |
HRL
Laboratories, USA |
12.6 |
Zihua GUO, Wenwu ZHU |
2-D
Channel estimation for OFDM/SDMA |
Microsoft Research, China |
12.7 |
B.Kraimeche |
Packet Loss and Delay On a
Broadband Wireless System |
Stevens Institute of Technology,
USA |
12.8 |
Fei Hu,
Neeraj K.Sharma |
An
Analytical Approach to Modeling TCP Congestion Control Algorithm with FSMC Loss Links and
its Performance Enhancement for 3-G Wireless & Mobile Networks
|
Clarkson
University, USA; Intel, USA |
12.9 |
Ran
Gozali, Brian D. Woerner |
Performance
Analysis of Space-Time Trellis Codes in Correlated Rayleigh Fading Channels |
Virginia
Tech, USA |
12.10 |
Xiaoqiang
Ma, Hisashi Kobayashi, Stuart C.Schwartz, Jinyun Zhang, Daqing Gu |
Time
Domain Channel Estimation for OFDM using EM Algorithm |
Princeton
University, USA; Mitsubishi, USA |
12.11 |
Ashraf
A. Tahat, Donald R. Ucci |
An
Iterative Low Complexity Multi-User Channel Estimation Technique for OFDM in SDMA |
Illinois
Institute of Technology, USA |
12.12 |
Christos
Politis, Vicenc Almenar, Rahim Tafazolli |
Physical
Layer Techniques for Optimal Performance of HiperLAN2 Systems |
University
of Surrey, UK; Universidad Politecnica De Valencia, Spain |
| PST |
Markus
Dillinger, Jijun Luo, Eiman Mohyeldin |
Circular Cell Broadcast for
Software Downloads in WCDMA |
Siemens,
Germany |
| PST |
Fei Hu,
Neeraj K.Sharma |
A
Hybrid Mechanism for Modeling Wireless TCP Performance with Non-TCP Traffic in
Wired-cum-wireless Environments
|
Clarkson
University, USA; Intel, USA |
| PST |
K.Jirari, S.Tragoudas |
Minimum Transmission Time on a
Single Route in Mobile Networks |
Southern
Illinois University, USA |
| PST |
Victor I. Lityuk |
Ensembles Synthesis of the
Complementary Code Sequences for the Asynchronous Address Communication Systems |
Taganrog State University of
Radioengineering, Russia |
| PST |
Yufei
W. Blankenship, Brian K. Classon |
Bounding
Techniques Applied to Modulation and Coding Design |
Motorola
Labs, USA |
| PST |
Yi
Wang, Dawu Gu, Yingcai Bai |
Public-key Cryptosystem Based Key
Management Scheme in 3G System |
Shanghai Jiaotong University, China |
| PST |
Yu Cheng, Weihua Zhuang |
Efficient
Resource Allocation over MPLS Differentiated Services Networks |
University
of Waterloo, Canada |
| PST |
F.
Fitzek, R. Supatrio, A. Wolisz, M. Krishnam, M. Reisslein |
Capacity
and QoS for Streaming Video Applications over TCP in CDMA based Networks |
Arizona
State University, USA; Technical University of Berlin, Germany |
| PST |
Ok-Sun Park, Gwon-Do Jo, Jin-Up Kim |
Protocol verification method for
IMT-2000 system using Ethernet interface |
Electronics and Telecommunications
Research Institute, Korea |
| PST |
Shahzad Ali Malik, Djamal
Zeghlache |
UMTS WCDMA Downlink Capacity and
Performance Evaluation |
Institut
National des Telecommunications, France |
| PST |
Vijay
Nangia, Kevin Baum |
OFDM
and OFDM with Frequency Domain Spreading: Observations for High-Order Modulations |
Motorola,
USA |
| PST |
Xin Liu,
Weihua Zhuang |
Inter-Cluster
Soft Handoff in 3G/IP Interworking |
University
of Waterloo, Canada |
| PST |
Victor Y.
Lo |
Digital and RF ASIC Implementation
in a Broadband Wireless Access Systems |
Gemini Networks, USA |
| PST |
Cheng-Ying Yang |
The Effects of Cochannel
Interference in The Mobile Satellite Channel |
Chaoyang University of Technology,
Taiwan |
| PST |
Dirk
Trossen |
Enabling
Ubiquitous Computing in Heterogeneous Environments by Physically Scoped Multicast |
Nokia,
USA |
| PST |
Holger
Claussen, Bernard Mulgrew, Hamid Reza Karimi |
Performance
Optimization of Successive Cancellation Detectors |
Lucent,
UK; University of Edinburgh, UK |
| PST |
Okechukwu
Ugweje |
Analysis
of Channel Models for Diversity Performance of CDMA Systems |
The
University of Akron, USA |
| PST |
Qun
Wan, Ying-Ning Peng |
An
Improved 3-Dimensional Mobile Location Method Using Volume Measurements of Tetrahedron |
Tsinghua
University, China |
| PST |
Zhiqiang
Wu, Carl R. Nassar |
FD-MC-CDMA
with Multi User Detection: Exploiting Frequency Diversity for High Performance Wireless
Communication |
Colorado
State University, USA |
| PST |
Yong-Seok CHOI, et al |
Domestic
Propagation
Modelling
for 3G/4G Satellite Communications |
Electronics Telecommunications
Research Institute, Korea |