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ORCID44th VTC 1994: Stockholm, Sweden
- Proceedings of 44th IEEE Vehicular Technology Conference: Creating Tomorrow's Mobile Systems, VTC 1994, 8-10 June 1994, Stockholm, Sweden. IEEE 1994, ISBN 0-7803-1927-3
- Franz Knebelkamp, Bernd Eylert, Wilhelm Schütters, Martin Chang, Klein S. Gilhousen:
Field test of a CDMA system. 1-5 - Marty Feuerstein, Gregg Clausius, Dino Vendetti, Dan Crews:
Design and test of CDMA cellular systems. 6-10 - Roberto Padovani, Brian Butler, Robert Boesel:
CDMA digital cellular: field test results. 11-15 - Zhen Wan, Howard H. Xia:
Simulation results on CDMA PCS system performance. 16-20 - Per-Goran Andermo, Gustav Brismark:
CODIT, a testbed project evaluating DS-CDMA for UMTS/FPLMTS. 21-25 - A. Sathyendran, Kevin W. Sowerby, Mansoor Shafi:
Performance evaluation of a multiple-cell CDMA radio system. 26-30 - Donald M. Grieco, Donald L. Schilling:
The capacity of broadband CDMA overlaying a GSM cellular system. 31-35 - David A. McFarlane, Martin D. Allkins:
Validation of advanced CDMA concepts for UMTS and FPLMTS. 36-40 - Torbjörn Andersson:
Tuning the macro diversity performance in a DS-CDMA system. 41-45 - Nobukazu Doi, Takashi Yano, Naoya Kobayashi:
DS/CDMA prototype system transmitting low bit-rate voice and high bit-rate ISDN signals. 51-55 - Reuven Meidan:
To spread or not to spread, this is the question. 56-59 - Saverio Cacopardi, Fabrizio Frescura, Gianluca Reali:
Analysis and simulation of DS-CDMA mobile system in non-linear, frequency selective slow fading channel. 60-64 - Farbod Behbahani, Homayoun Hashemi:
Performance and capacity evaluations of CDMA mobile radio systems reverse link analysis. 65-69 - Sang Kyu Park, Jin Tae Kim:
Hybrid DS/SFH spread-spectrum multiple-access communications over nonselective fading channels. 70-72 - Prem Dassanayake:
Dynamic adjustment of propagation dependent parameters in handover algorithms. 73-76 - Bouchra Senadji, Sami Tabbane, Boualem Boashash:
A handover decision procedure based on the minimization of Bayes criterion. 77-81 - Ning Zhang, Jack M. Holtzman:
Analysis of handoff algorithms using both absolute and relative measurements. 82-86 - Djamal Zeghlache:
Aggressive handover algorithm for mobile networks. 87-90 - Chi Wan Sung, Wing Shing Wong:
User speed estimation and dynamic channel allocation in hierarchical cellular system. 91-95 - Héctor Maturino-Lozoya, David Muñoz Rodríguez, Hazem Tawfik:
Pattern recognition techniques in handoff and service area determination. 96-100 - Mark D. Austin, Gordon L. Stüber:
Direction biased handoff algorithms for urban microcells. 101-105 - Terry G. Ekstrom:
Site hand off operation in a SmartZone system. 106-110 - Miltiades E. Anagnostou, Gabriel C. Manos:
Handover related performance of mobile communication networks. 111-114 - George L. Lyberopoulos, John G. Markoulidakis, Miltiades E. Anagnostou:
The impact of evolutionary cell architectures on handover in future mobile telecommunication systems. 120-124 - W. Zhao, Erry Gunawan, Cheong Boon Soh, Pek-Tong Tan, Boon-Hee Soong:
Dynamic modeling for cellular mobile networks. 125-129 - Paul Newson, Simon R. Nursey:
An adaptive traffic prediction algorithm for cellular radio systems. 130-134 - Masugi Inoue, Hiroyuki Morikawa, Moriyuki Mizumachi:
Performance analysis of microcellular mobile communication systems. 135-139 - Aysel Safak, Mehmet Safak:
Moments of the sum of correlated log-normal random variables. 140-144 - Gregory T. Martin, Michael Faulkner:
Delay spread measurements at 1890 MHz in pedestrian areas of the central business district in the city of Melbourne. 145-149 - Andrew Arowojolu, Adel M. D. Turkmani, John David Parsons:
Time dispersion measurements in urban microcellular environments. 150-154 - Isao Nakazawa, Tsutomu Takeuchi:
Frequency domain analysis and measurement on multi-path propagation for wideband microcellular environment. 155-159 - Weimin Zhang:
Simulation and modelling of multipath mobile channels. 160-164 - Gerhard Kadel:
Measurement of wideband micro- and macro-diversity characteristics of the mobile radio channel. 165-169 - Thomas Kürner, Dieter J. Cichon, Torsten C. Becker:
Degradation of digital communication systems in a multipath environment. 170-174 - Adnan A. Abu-Dayya, Norman C. Beaulieu:
Comparison of methods of computing correlated lognormal sum distributions and outages for digital wireless applications. 175-179 - Kun-Wah Yip, Tung-Sang Ng:
An analytic discrete-time model for a fading dispersive WSSUS channel. 180-184 - Arthur Ross, Ephraim Zehavi:
Propagation channel model for personal communications systems. 185-189 - Thomas Kürner, Dieter J. Cichon, Werner Wiesbeck:
Influence of the receiver near range in urban and forested areas in land mobile radio systems. 190-194 - Jan-Erik Berg, Hakan Holmquist:
An FFT multiple half-screen diffraction model. 195-199 - Joe Wiart:
Micro-cellular modelling when base station antenna is below roof tops. 200-204 - Geng Wu, Ahmad Jalali, Paul Mermelstein:
On channel models for microcellular CDMA systems. 205-209 - Jean-Frédéric Wagen, Karim Rizk:
Ray tracing based prediction of impulse responses in urban microcells. 210-214 - Vinko Erceg, James F. Whitehead:
Microcell size and architecture analysis from the propagation and capacity points of view. 215-219 - Silvia Ruiz-Boque, Marta Fernandez, Marc Vilades, Ramón Agustí:
Average power prediction in microcells. 220-224 - Weilin Liu, Hervé Romanens:
Adaptive channel equalization for high-speed train. 225-229 - Shigeru Ono, Hiroshi Hayashi, Tomoko Tanaka, Noriaki Kondoh:
A MLSE receiver for the GSM digital cellular system. 230-233 - Jianjun Wu, A. Hamid Aghvami, J. E. Pearson:
A reduced-state soft decision feedback Viterbi equaliser for mobile radio communications. 234-238 - Klaus-Jürgen Koch, Markus Antweiler:
Adaptive equalization techniques for moderately fading mountainous terrain scenarios. 239-242 - Libing Wu, Boxiu Wu:
A new short-block digital transmission scheme with adaptive MLSE for mobile radio channels. 243-247 - Yoshihiko Akaiwa, Masahiro Maki:
An adaptive equalizer for digital FM with limiter-discriminator detection in frequency-selective fading channel. 248-251 - Norm W. K. Lo, David D. Falconer, Asrar U. H. Sheikh:
Adaptive equalization for a multipath fading environment with interference and noise. 252-256 - Andre L. Brandao, Desmond C. McLernon, Luis B. Lopes:
Investigation of a cost function for blind equalization based on the Nakagami fading index. 257-261 - José Manuel Páez-Borrallo, Santiago Zazo, Iván A. Pérez-Álvarez:
A fully convergent joint blind equalization/phase recovery scheme for data communication systems. 262-266 - Jeyhan Karaoguz, Parviz Yegani:
Performance of a blind clustering equalizer for digital mobile radio channels. 267-271 - Xue Feng Leng, Patrick S.-K. Leung:
Adaptive Rayleigh fading compensation for coherent GMSK signals in digital mobile communications. 272-276 - Peter Jung:
Novel generation and suboptimum coherent detection of quaternary full response continuous phase modulated signals. 277-281 - Uwe Lambrette, Heinrich Meyr:
A digital feedforward differential detection MSK receiver for packet-based mobile radio. 282-286 - Gen-Kwo Lee, Michael P. Fitz, Saul B. Gelfand:
Bayesian techniques for equalization of rapidly fading frequency selective channels. 287-291 - Gerd Zimmermann, Werner Rupprecht:
Soft-decision output at sequential detection algorithms in digital mobile radio systems. 292-296 - Walid K. M. Ahmed, Peter J. McLane:
A simple method for coarse frequency acquisition through FFT. 297-301 - Toshiaki Komizu, Ituo Hotta, Tutomu Ohnisi, Akio Maeda, Takeo Kontani:
Development and field test results of a digital cellular system in Japan. 302-305 - Syuji Yasuda, Koji Uramoto, Atushi Murase:
Network functions for the application of multi-rate speech coding in digital cellular systems. 306-310 - Atushi Murase, Takanori Utano, Kouji Yamamoto:
TDMA digital cellular systems in the second stage based on PDC standard in Japan. 311-315 - Wai-Choong Wong, Carl-Erik W. Sundberg, Nambi Seshadri:
STDD, an approach to low delay, high quality wireless speech communications. 316-320 - David A. McFarlane:
Integration of satellite systems and services within third generation mobile systems such as UMTS and FPLMTS. 321-324 - Patrick L. Reilly:
GSM network architecture issues for the next century. 325-329 - Peter Decker:
An adaptive type-II hybrid ARQ/FEC protocol suitable for GSM. 330-333 - Ingo Gaspard:
Efficient methods for evaluation and prediction of subjective speech quality in GSM mobile networks. 334-337 - Martin Junius, Olrik Kennemann:
New methods for processing GSM radio measurement data: applications for locating, handover, and network management. 338-342 - J. Temple, Sean McGrath, Cyril J. Burkley:
The pan-European GSM signalling requirements for the Abis interface. 343-347 - Jonas Näslund, Caisa Carneheim, Christer Johansson, Sven-Olof Jonsson, Malin Ljungberg, Magnus Madfors, Johan Sköld:
An evolution of GSM. 348-352 - Shunji Miura, Hirofumi Ichikawa, Ryoji Yamamoto:
Centralized control method for fiber-optic microcell radio system. 353-356 - Ramjee Prasad, Adriaan Kegel, C. Ronne:
Performance analysis of a sectorized mobile microcellular radio system with diversity and forward error connection coding. 357-361 - James P. Aldis, Stephen K. Barton:
On the relative power levels required by handsets in DS-CDMA FH-CDMA and narrow band cellular radio systems. 362-366 - Masakazu Shirota, Yutaka Yoshida, Fumito Kubota:
Statistical paging area selection scheme (SPAS) for cellular mobile communication systems. 367-370 - Kazuo Kawabata, Takaharu Nakamura, Eisuke Fukuda:
Estimating velocity using diversity reception. 371-374 - S. Heeralall:
Transportation and telecommunications: mutual relationship, synergy of concepts, role of mobile communications. 375-378 - Kim Laraqui, Magnus Lengdell, Frank Reichert, Andreas Fasbender:
Implementation of communication and management protocols for the integrated road transport and traffic environment. 379-383 - Götz Brasche, Carl-Herbert Rokitansky, Christian Wietfeld
:
Communication architecture and performance analysis of protocols for RTT infrastructure networks and vehicle-roadside communications. 384-390 - Dagmar Schuth, Wolfgang Nejdl, Rolf Hager:
Fault management of infrastructure networks. 391-395 - Erik Wichtel, Magdalena Akke, Torbjörn Andersson:
Virtual beacons for RTI/IVHS data distribution. 396-400 - Rolando F. Diesta, Chikezie O. U. Eleazu, Jean-Paul M. G. Linnartz:
Packet-switched roadside base station to vehicle communication for intelligent vehicle/highway systems. 401-404 - Erik Wichtel, Magdalena Akke:
AVL subsystem interfaces. 405-409 - Jean-Paul M. G. Linnartz, Marcel Westerman:
Monitoring a metropolitan freeway system using probe vehicles and random access radio channel. 410-414 - Peter Geen, Torbjorn Biding, Ian Catling, Fred Zijderhand:
The development of SOCRATES in Europe and the TANGO field trial in Gothenburg. 415-419 - P. Gilchrist, B. Günther, J. Biesterbos, Fred Zijderhand:
The path from the SOCRATES/RHAPIT pilot to a commercial system. 420-424 - Fraser Sommerville, Colin Wilson, Per Adamsson:
Reliable information in everyone's pocket-a pilot test. 425-428 - Anders Björnberg:
Autonomous intelligent cruise control. 429-433 - Lars H. Eriksson:
A radar sensor for automatic AICC. 434-437 - Ernst Lissel, Hermann Rohling, Wilfried Plagge:
Radar sensor for car applications. 438-442 - Tomoyuki Yashiro, Tempei Kondo, Kyoko Ariyasu, Yutaka Matsushita:
An inter-vehicle networking method using laser media. 443-447 - Tushar Tank, Nathan Yee, Jean-Paul M. G. Linnartz:
Vehicle-to-vehicle communication for AVCS platooning. 448-451 - Lajos Hanzo, Robert Stedman, Raymond Steele, Joseph C. S. Cheung:
A mobile speech, video and data transceiver scheme. 452-456 - Peter Kreuzgruber:
A class of binary FSK direct conversion receivers. 457-461 - Daniel Kerek, Hannu Tenhunen, Gerald Q. Maguire Jr., Frank Reichert:
The Walkstation transceiver design. 462-466 - Bjorn Bjerede, Joseph Lipowski, James Petranovich, Sheldon Gilbert:
An intermediate frequency modulator using direct digital synthesis techniques for Japanese Personal Handy Phone (PHP) and Digital European Cordless Telecommunications (DECT). 467-471 - Ladimer S. Nagurney:
Phase noise in low bit rate transportable Ka band satellite terminals. 472-475 - Jim Schroeder, Jim Lansford:
Model based filter design by minimizing median of square of residuals. 476-478 - Dragan Boscovic, Stephen Valentine, Anthony P. van den Heuvel:
New linear PMR technology: a new RF parameter for standardisation. 479-483 - Kam Yuen Chan, Andrew Bateman, M. Li:
Analysis and realisation of the LINC transmitter using the combined analogue locked loop universal modulator (CALLUM). 484-488 - James K. Cavers:
The effect of data modulation format on intermodulation power in nonlinear amplifiers. 489-493 - Scott A. Leyonhjelm, Michael Faulkner:
Digital signal processing and direct conversion for multichannel transmitters. 494-498 - James K. Cavers:
Convergence behaviour of an adaptive feedforward linearizer. 499-503 - Masahiro Muraguchi, Tsuneo Tsukahara, Masashi Nakatsugawa, Yo Yamaguchi, Tsuneo Tokumitsu:
1.9 GHz-band low voltage and low power consumption RF IC chip-set for personal communications. 504-507 - Katsumi Kobayashi, Kohji Chiba, Tadao Takami:
1.5 GHz band portable telephone for personal digital cellular system. 508-511 - Daniel E. Fague, Benny Madsen, Clay Karmel, Andy Dao:
Performance evaluation of a low cost, solid state radio front end for DECT. 512-515 - Francisco Javier Casajús-Quirós, Pablo Aguayo de Hoyos:
Multipurpose digital signal processing ASIC for receiver implementation. 516-519 - D. P. Noel, Tad A. Kwasniewski, Samy A. Mahmoud, Wilf P. LeBlanc:
A low power, single chip realization of a low-speed, low-delay CELP coder/decoder for indoor wireless systems. 520-524 - Fabienne Nouvel, Ghaïs El Zein, Jacques Citerne:
Code division multiple access for an automotive area network over power-lines. 525-529 - Pierrick Seite:
Soft handoff in a DS-CDMA microcellular network. 530-534 - Kari H. A. Kärkkäinen:
CODSIM-a simulation environment for spreading codes. 535-539 - Chi Kin Chan, Wong-Hing Lam:
Efficient use of pseudo-noise sequences in synchronous direct-sequence spread-spectrum multiple-access communication systems. 540-544 - Ramjee Prasad, Howard Sewerath Misser, Pahala H. Sinaga:
Improved performance assessment for a CDMA system in macro- and micro-cellular environments. 545-549 - Anders Lundqvist, Per-Olof Anderson:
A coding-theoretical view on code division multiple access: two new constructions of CDMA codes. 550-553 - Ermanno Berruto, Tomas Brännlund, Jan Gustafsson, Wolfgang Schott:
An SDL methodology used for specifying the radio protocols in a CDMA system. 554-558 - Belén Ruíz-Mezcua, Angel Gonzalez Ahijado, María Isabel López Carrillo:
Comparison between one and two branches DLL in a CDMA system. 559-562 - Volker Aue, Jeffrey H. Reed:
An interference robust CDMA demodulator that uses spectral correlation properties. 563-567 - Erik G. Ström, Scott L. Miller:
Optimum complexity reduction of minimum mean square error DS-CDMA receivers. 568-572 - Lan Hu, Cyril J. Burkley:
A new channel filter for CDMA systems in multipath delay and fading environments. 573-577 - A. J. Rodrigues, Luc Vandendorpe, A. A. Albuquerque:
Performance of direct-sequence spread spectrum multi-h CPM in indoor mobile radio systems. 578-581 - Desmond Yan, Paul Ho:
On-off keying assisted acquisition scheme for burst mode DS/SS packet radio. 582-586 - Mitsuhiko Mizuno:
A consideration on the application of spread spectrum techniques to SHF and EHF mobile and indoor wireless communications. 587-589 - Alejandro R. Holcman, Edward G. Tiedemann Jr.:
CDMA intersystem operations. 590-594