29 September - 2 October 1996
`
`Cambridge Marriott Hotel
`
`Cambridge, Massachusetts
`
`1996 5TH IEEE INTERNATIONAL CONFERENG
`UNIVERSAL PERSONAL COMMUNICATIONS
`
`VOLUME 2 OF 2
`SESSIONS 7 - I2
`
`IEEE
`
`IEEE
`COMMUNICATIONS
`SOCl ETY
`
`Apple Inc., Exhibit 1081, Page 1
`
`

`
`Sheila Doyle Russell
`Mayor
`
`OFFICE OF THE MAYOR
`
`CITY HALL, CAMBRIDGE, MASSACHUSETTS 02139
`(617) 349-4321
`Fax (617) 349-4287
`
`Greetirzgs
`to the
`International Conference on
`Universal Personal Communications
`September 29, 1996
`
`Dear Guests:
`
`It is my great pleasure to welcome you and the ICWC conference to the City of
`Cambridge. As you may know, the City of Cambridge has a proud tradition of supporting the
`personal communications industry. On October 9, 1876 Thomas Watson received the worlds
`first phone call at the Walworth Manufacturing Company in Cambridge, only a few blocks from
`the site of your conference. On the line was Alexander Graham Bell, one of Cambridge’s most
`distinguished entrepreneurs.
`
`As the host city for the Intemational Conference on Universal Personal
`Communications, Cambridge reinforces its tradition as the birthplace of new and innovative
`personal communication technology. Hosting the ICUPC conference may provide Cambridge
`with the distinction of birthplace for 20th and 21st century communications!
`
`The City of Cambridge offers a wide array of interesting activities and attractions that
`reflect the international influence of our city’s academic institutions. Harvard Square and
`Central Square offer an abundance of eclectic shops, bookstores and restaurants that will enrich
`your visit to Cambridge
`
`Please accept my best wishes for a pleasant and productive visit in the City of
`Cambridge, I know that your conference will be interesting and rewarding.
`
`Mayor
`
`she’~a OOYf? Rosse/i
`r2mhridm nA2,,or
`
`Apple Inc., Exhibit 1081, Page 2
`
`

`
`ICUPC '96 takes place 29 September
`
`- 2 October 1996, in Cambridge,
`
`Massachusetts, USA.
`
`The Cambridge Center Marriott Hotel
`serves as ICUPC '96 headquarters.
`Here you will find yourself in the heart
`of Kendall Square, on the scenic
`Charles River.
`
`Conveniently located in the middle of a
`historic and cultural city, Cambridge
`has much to offer. M.I.T., Harvard
`University and Harvard Square are just
`minutes away. Two subway stops from
`downtown Boston, and four miles from
`Logan Airport, everything is easily
`accessible.
`Welcoming Reception
`Sunday, 29 September 1996
`6130 PM
`
`Welcome Breakfast
`Monday, 30 September
`1996
`8:00~~
`
`Hosted by the Massachusetts
`Telecommunications Council,
`please join us for the
`Reception at the famous
`Boston Museum of Science.
`Here you will experience inter-
`active exhibits, the Charles
`Hayden Planetarium and the
`Omni theater. A good time is
`sure to be had by everyone.
`
`A free shuttle service will be
`available from the Cambridge
`Center Marriott Hotel.
`
`The closing dinner will take
`place at the Cambridge
`Good Morning ICUPC '96!
`Center Marriott Hotel. Before
`A sit-down breakfast will be
`served starting at 8:00~~
`ICUPC '96 comes to a close,
`in
`enjoy one final night with
`Salons 1-4 at the Cambridge
`new and old friends. This
`Center Marriott Hotel. Enjoy
`dinner will take place start-
`good food and good compa-
`ing at ~:OOPM in Salons 1-4.
`ny before a busy day of ses-
`sions.
`
`The Plenary Session will
`begin immediately after
`breakfast.
`
`Many historical Boston sites are nearby
`and easy to visit, including: Faneuil Hall
`Market Place, Beacon Hill, U.S.S.
`Constitution, Boston Tea Party Ship
`and, of course, the Freedom Trail.
`
`Located near four large malls, this is a
`shopper paradise that can't be missed.
`The night life in Cambridge and Boston
`is filled with fun and exciting places to
`visit and restaurants to try. There are
`many different types of food from
`which to select. And restaurant styles
`range from the finest dining to most
`casual, so finding some place that fits
`your appetite will not be a problem.
`
`After a long day it's nice to unwind at a
`place "where everybody knows your
`name " Come hangout at the original
`Cheers of Boston There are also many
`dance, jazz and blues clubs to make
`your evening enjoyable.
`
`S,onFm;
`LOCAF. ' i I
`
`REGISTRATION HOURS
`1o:ooAM TO ~:OOPU
`SUNDAY, SEPTEMBER 2 9 ~ ~
`7 : 0 0 ~ ~
`TO ~:OOPM
`MONDAY, SEPTEMBER 3 0 ~ ~
`TO 5 1 0 0 ~ ~
`7 1 0 0 ~ ~
`TUESDAY, OCTOBER 1 ST
`7 : 0 0 ~ ~
`TO 12NOON
`WEDNESDAY, OCTOBER 2ND
`
`Conference Banquet
`Tuesday, 1 October 1996
`~ : O O P M
`
`Continental
`Breakfasts
`Monday, 30 September
`Tuesday, 1 October
`Wednesday, 2 October
`Each morning, 7:OO to
`8 : 0 0 ~ ~
`
`A continental breakfast will
`be available each morning,
`providing an opportunity for
`attendees and technical ses-
`sion speakers to meet and
`exchange ideas.
`
`CONFERENCE CHAIR:
`Donald H. Steinbrecher
`CONFERENCE VICE CHAIRS:
`EUROPE: Federico Tosco
`ASIAIPACIFIC: Takeshi Hattori
`NORTH AMERICA: Stuart Lipoff
`TECHNICAL PROGRAM CHAIR:
`John G. Proakis
`TECHNICAL PROGRAM ADMINISTRATOR:
`Anna Patch
`TUTORIALS CHAIR: Jesse E. Russell
`TUTORIALS VICE CHAIR: Vera Kripalani
`FINANCE COMMIITEE CHAIR:
`Howard Salwen
`
`PATRONS CHAIR: Jeff Maul
`PUBLICITY AND PUBLIC RELATIONS CHAIR:
`Greg Sheldon
`PUBLICATIONS CHAIR:
`Kimberly Travers
`LOCAL ARRANGEMENTS CHAIR:
`Katherine Raphaelson
`
`LOCAL ARRANGEMENTS ADMINISTRATOR:
`Laura Ring
`GOVERNMENT & LEGAL AFFAIRS CHAIR:
`Robert H. Domnitz
`MEETING MANAGEMENT:
`Steve Marlin
`EX-OFFICIO MEMBERS:
`Takeshi Hattori
`Dhawal Moghi
`
`OTHER MEMBERS:
`Howard Babbitt
`Henry L. Bertoni
`fred harris
`Joanne LaCourse
`Stuart Lipoff
`Henry A. Macchio
`Stephen S. Rappaport
`Nelson R. Sollenberger
`David H. Staelin
`Paul Tanzi
`David L. Tennenhouse
`IEEE COMMUNICATIONS SOCIETY LIAISONS:
`Clark DesSoye (Marketing)
`Thomas Stevenson (Finance)
`Gayle Weisman (Conference Record)
`
`Apple Inc., Exhibit 1081, Page 3
`
`

`
`Donald H. Steinbrecher
`Tellabs Wireless
`
`Dear Colleagues:
`
`The 1996 conference will be the fifth in this series of international conferences focused on Universal
`Personal Communications Services (PCS). Most of the 160 MHz allocated by the FCC for PCS have
`been auctioned and the winners are formulating their strategies, testing their concepts, and deploying
`their systems. ICUPC '96 is the first major conference exclusively devoted to this field of activity
`where the winners of the PCS auctions can present their initial encounters with this burgeoning mar-
`ket. Further, we expect to hear results from the PCS systems being aggressively tested and deployed
`in Europe, Japan, and other world markets.
`ICUPC '96 will focus on the technical issues forming the foundation of the international PCS industry.
`We are seeing a growing emphasis on the network components and digital signal processing as
`newer systems take advantage of the technological advances of the last decade, Further, new deploy-
`ment strategies emerging as antennas get smart, move indoors, track users and perform other
`dynamic feats to improve PCS system performance. As a delegate to ICUPC '96 you will be able to
`select from a wide variety of educational material and specialized subject matter focused on develop-
`ing and deploying PCS in the next decade. The technical program is extremely broad with topics
`ranging from Asynchronous Transfer Mode to Wearable Personal Communications.
`Approximately 200 technical contributions will be presented in 43 technical sessions, six panel
`discussions, eight tutorials and a full day short course on Modern Digital Receivers for the PCS
`environment. We are fortunate to have as our plenary speaker Professor Robert Gallager of the
`Massachusetts Institute of Technology, Professor Gallager has made many significant contributions
`in the fields of information theory and packet communications and is now conducting research in
`the wireless communications.
`Do not miss the opening reception at the Boston Science Museum. It promises to be a spectacular
`event including a lightning demonstration using some of Dr, Tesla's research equipment salvaged
`from his MIT laboratory. My favorite is the MUGAR Omni Theater. You will be amazed by the audio and
`visual experience! This reception is sponsored by the members of the Massachusetts
`Telecommunications Council and will provide you with an opportunity to learn about the telecommuni-
`cations capabilities located in Massachusetts.
`The Greater Boston area is home for more than 60 colleges and universities, many with outstanding
`international reputations. The Cambridge Marriott the Conference Center for ICUPC '96 is located adja-
`cent to the campus of the Massachusetts Institute of Technology and o n the Red Line of the T, Greater
`Boston's metro transportation system. An unlimited three-day pass is available for $9.00 US. and will
`allow you to visit most of the area's finest restaurants and museums, The T ride from Harvard Square
`(the home of Harvard University) to Park Street in downtown Boston (the beginning of Boston's Premier
`attraction: The Freedom Trail) is just 8 minutes and includes a stop at the Cambridge Marriott.
`On behalf 07 the 1996 conference committee, I invite you to join your world-wide colleagues in the
`PCS industry at this main technical event for an exciting, stimulating and educational conference.
`
`Apple Inc., Exhibit 1081, Page 4
`
`

`
`Table of Contents
`
`Session 2A - Multiple Access
`Chair: Mr. Nelson R. Sollenberger, AT&T Bell Laboratories, USA
`
`2A. 1 : Design and Performance Evaluation of a Scheme f a Voice-Datachannel Access in Third
`Generation Microcellular Wireless Networks
`A.C. Cleary, and M. Paterakis
`
`2A.2: A Radio-Link Protocol Analysis of Integrated CDMA Networks: A Comparison with TDMA
`I.B. Bdira, and A.K. Elhakeem
`
`2A.3: Analysis of a Media Access Protocol for Wireless Messaging Systems
`A. Chockalingam, L.B. Milstein, and P. Venkataram
`
`2A.4: Priority-Based Multiple Access (PBMA) for Statistical Multiplexing of Multiple Services in
`Wireless PCS
`F. Khan, and D. Zeghlache
`
`2A.5: Performance of Inhibit Sense Multiple Access for Prioritized Traffic
`K. Enomoto, S. Shiokawa, and I. Sasase
`
`Session 2B - European DECTLJMTS
`
`Chair: Dr. Federico TOSCO, CSELT, Torino, Italy
`
`2B. 1 : Evolution Scenarios Towards UMTS
`I. Barbarena, S . Covaci, and T. Magedanz
`
`2B.2: Experimental Characterisation of a DECT Radio Link in a PCS Environment
`F. Buscaglia, S. Dionisi, E. Giorio, and F. Tallone
`
`2B.3: Autonomous Agent Communication in an Industrial Environment Using DECT
`M.O. Berger, 0. Kubitz, C. Pils, and J. Wessel
`
`2B.5: Radio Local Loop Based on the DECT. Enhancements to Increase Capacity
`J. Casademont, J. Paradells, S. Sallent, and T. Sanjuan
`
`Session 2C - Diversity Techniques
`
`Chair: Dr. Larry J. Greenstein, AT&T Bell Laboratories, USA
`
`2C. 1 : Reduced Complexity Diversity Combining and Adaptive Equalization Using Interpolated Channel
`Estimates with Applications to Cellular Mobile Radio Channels
`T. Eyceoz, and A. Duel-Hallen
`
`2C.2: Decorrelating Diversity Equalizer Rayleigh Fading Multipath Channels
`A. Duel-Hallen, S. Basavaraju, and M.W. Mydlow
`
`2c.3: On Multicarrier CDMA Mobile Radio Systems with Joint Detection and Coherent Receiver
`Antenna Diversity
`P. Jung, K. Kammerlander, F. Berens, and J. Plechinger
`
`1
`
`7
`
`12
`
`17
`
`22
`
`21
`
`32
`
`37
`
`46
`
`51
`
`56
`
`61
`
`XI11
`
`Apple Inc., Exhibit 1081, Page 5
`
`

`
`2C.4: New Approach for Transmission over Fading Channels
`J. Boutros, and E. Viterbo
`
`2C.5: A Hybrid ARQ Scheme for DS-CDMA Mobile Data Communications
`H. Zhao, and S. Uebayashi
`
`Session 2D - Channel Estimation
`Chair: Dr. Zoran Zvonar, Analog Devices, USA
`
`2D. 1 : On the Performance of Coherent and Noncoherent Multiuser Detectors for Mobile Radio CDMA
`Channels
`H.-Y. Wu, and A. Duel-Hallen
`
`2D.2: Discrete-Time Markov Models for Path Delays in Multipath Channels
`J.C. Spersndio, and P.G. Flikkema
`
`2D.3: Application of Multiple Channel Estimators in MLSE Detectors for Fast Time-Varying and
`Frequency Selective Channels
`M.J. Bradley, and P. Mars
`
`2D.4: An Approach to the Calculation of the Probability of Cochannel Interference for PCSPCN
`Cellular Planning
`V. Koshi, D.J. Edwards, and A.M. Street
`Session 3A - Channel Access-ALOHA
`Chair: Dr. Robert A. Scholtz, University of Southern California, USA
`
`3A. 1 : Reduced Gain Spread Aloha for PCS
`A.G. Dabak
`
`3A.2: Maximization of the Channel Utilization in Wireless Heterogeneous Multi-Access Networks
`B. Wu, and Q. Wang
`
`3A.3: Packet Delay for CSMA and Multi-channel ALOHA Multicast Schemes in WLANs
`with Fading and CO-channel Interference
`C.-G. Loff
`
`3A.4: Performance Degradation due to the Access Timing Delay on CDMA Unslotted ALOHA
`with Channel Load Sensing
`T. Sato, H. Okada, T. Yamazato, M. Katayama, and A. Ogawa
`
`Session 3B - Equalization
`Chair: Dr. Iwao Sasase, Keio University, Japan
`
`3B. 1 : MAP Selection Diversity DFE for Indoor Wireless Data Communications
`Y. Lee, and D.C. Cox
`
`3B .2: Pipelined MMSE Equalizers for Direct-Sequence Spread-Spectrum CDMA Channels
`L. He, and U. Madhow
`
`3B.3: Reduced-Complexity Equalization Techniques for Broadband Wireless Channels
`S. Ariyavisitakul, and L.J. Greenstein
`
`X I V
`
`66
`
`71
`
`76
`
`81
`
`86
`
`91
`
`96
`
`101
`
`106
`
`111
`
`115
`
`120
`
`125
`
`Apple Inc., Exhibit 1081, Page 6
`
`

`
`3B.4: Designing Equalizers Based on Explicit Channel Models of DS-CDMA Systems
`C. Tidestav
`
`3B.5: Blind Equalization Based on Third-Order Cumulant for 4-Level and 8-Level PAM
`A.R.S. Behbahani, and H. Asjadi
`
`Session 3C - DSKDMA Systems
`Chair: Dr. Alexandra Duel-Hallen, North Carolina State Univ., USA
`
`3C. 1 : Improved Successive Cancellation of DS-CDMA Signals Using Signal Orthogonalization
`G.E. Bottomley
`
`3C.2: Robust Method for Threshold Setting in a DS/DS-CDMA Acquisition
`J. Iinatti
`
`3C.3: Design and Experimental Characterization of a Rake Receiver for a Mobile Station
`of a DS-CDMA System
`V. Bernasconi, L. Bollea, G. Forlani, E. Giorio, and M. Politi
`
`3C.4: Cyclic Spreading and Over-Symbol RAKE Reception Scheme in Wideband DS/CDMA Systems
`T. Inoue, R. Miura, and Y. Karasawa
`
`Session 3D - System Performance Evaluation
`Chair: Dr. Milica Stojanovic, Northeastern University, USA
`
`3D. 1 : Capacity Improvement in Cellular Systems through Distributed, CA-Based Power Control
`Y. Argyropoulos, and S.P.R. Kumar
`
`3D.2: Performance of Narrowband Interference Suppression Filters in a Direct Sequence Code Division
`Multiple Access System
`Y. Cho, and J.H. Lee
`
`3D.3: Coded CDMA Systems with and without MMSE Multiuser Equalizer
`R.S.-K. Cheng
`
`Session 4A - Channel Capacity and Access - CDMA
`Chair: Dr. Takeshi Hattori, NTT Wireless Systems Labs, Japan
`
`4A.1: CDMA Network Deployment of 8 kbps and 13 kbps Voice Services
`J. Ketchum, M. Wallace, and R. Walton
`
`4A.2: Capacity of Wireless CDMA Networks Supporting Integrated VoiceNideo Services
`T.-K. Liu
`
`4A.3: A Spread Spectrum PRMA Protocol for Microcellular Networks
`X. Dong, and L. Li
`
`4A.4: Improving the Erlang Capacity of a CDMA Cellular Network Under Bursty User Mobility
`A. Baiocchi, F. Delli Priscoli, and F. Sestini
`
`4A.5: Integrated MacrocellMicrocell (IMM) for Traffic Balancing in CDMA Cellular System
`A. Jirattitichareon, M. Hatori, and K. Aizawa
`
`131
`
`136
`
`141
`
`145
`
`154
`
`159
`
`164
`
`169
`
`174
`
`179
`
`184
`
`189
`
`194
`
`200
`
`XV
`
`Apple Inc., Exhibit 1081, Page 7
`
`

`
`Session 4B - Adaptive Filtering and Equalization
`Chair: Dr. Anthony Acampora, Univ. of California at San Diego, USA
`
`4B. 1 : Cumulant-based Adaptive Multi-channel Filtering for Wireless Communication Systems
`Afflicted by Multipath using Antenna Arrays
`M. Martone
`
`4B.2: BER Improvement of CSDD Scheme in Frequency-Selective Rayleigh Channels with CCI Using
`an Efficient Decision Feedback Technique
`K.A.M. Soliman
`
`4B.3: Adaptive Receiver for DS-CDMA Systems over Flat Fading Channels
`S. Tantikovit, K. C. Li, and M.Z. Wang
`
`4B.4: Acquisition Performance with Adaptive Pre-filtering for a DS/SSMA System in a Multipath
`Fading Channel
`J.Y. Kim, and J.H. Lee
`
`Session 4C - Simulation Techniques
`Chair: Dr. Fred Harris, San Diego State University, USA
`
`4C. 1 : PCS 1900 Interference Simulation for Personal Communications Services Testing, Evaluation,
`and Modeling
`J.G. Ferranto
`
`4C.2: On the Generation of Correlated Rayleigh Random Variates by Inverse Discrete Fourier Transform
`D.J. Young, and N.C. Beaulieu
`
`4C.3: Multi-site Model and Simulation of Trunking Systems
`J. Alcober, and V. Casares
`
`4C.4: Efficient Simulation of Coded DS/CDMA Over Wireless Personal Communication Channels
`K. Muhammad, K.B. Letaief, and K. Roy
`
`Session 4D - RF Considerations in Cellular Systems
`Chair: Dr. Gordon L. Stuber, Georgia Institute of Technology, USA
`
`4D. 1 : Minimum Duration Outage for Cellular Systems with Reception Diversity
`P.-C. Chen, N.B. Mandayam, and J.M. Holtzman
`
`4D.2: Improved Analysis of the Outage Performance in Cellular Systems
`M. Zorzi
`
`4D.3: The Multiply-Detected Macrodiversity Scheme for Wireless Systems
`Z.J. Haas, and C.-P. Li
`
`4D.4: Slow Adaptive Channel Allocation for Automatic Frequency Planning
`M. Almgren, M. Frodigh, S. Magnusson, and K. Wallstedt
`
`XVI
`
`205
`
`210
`
`215
`
`220
`
`225
`
`23 1
`
`236
`
`240
`
`245
`
`250
`
`255
`
`260
`
`Apple Inc., Exhibit 1081, Page 8
`
`

`
`4D.6: The Performance of the Carrier to Cochannel Interference (C/I) Ratio for Body-Centered
`Cubic Cell & Cubic Cell in 3-Dimensional System
`F. Lu, W.H. Lam, and B. Lan
`
`Session 5A - Channel Access - ATM
`Chair: Dr. Ioannis Stavrakakis, Northeastern University, USA
`
`5A. 1 : Traffic Monitoring and Dynamic Multiplexing Techniques for ATM Wireless Networks
`A. Burrell, H.P. Stern, and P. Papantoni-Kazakos
`
`5A.2: A Simulation Approach to the Performance Evaluation of a Broadband Indoor Wireless Network
`S. Parulekar, and R.H.M. Hafez
`
`265
`
`270
`
`275
`
`5A.3: A Framework for Comparative Analysis of Channel Access Protocols for Wireless ATM Networks 28 1
`J.-C. Chen, K. M. Sivalingam, and P.W. Dowd
`
`5A.4: Analysis of CSMNCA Protocol for Wireless Networking of ATM Multiservice Applications
`F. Callegati, M. Pedrelli, and C. Raffaelli
`
`5A.5: Performance of Multiservice Dynamic Reservation (MDR) TDMA for Multimedia Wireless
`Networks
`B. Jafarian, and A.H. Aghvami
`
`Session 5B - CDMA - Soft Handoff
`
`Chair: Dr. Kirk D. Thompson, Quincy Street=20Corporation, USA
`
`5B. 1 : Network Configurations for Seamless Support of CDMA Soft Handoffs between Cell-Clusters
`B.H. Cheung, and V.C.M. Leung
`
`5B.2: A Handover Algorithm for DS-CDMA Mobile Networks in a Urban Microcellular Environment
`M. Ruggieri, F. Graziosi, G. Paladin, and F. Santucci
`
`5B.3: Evaluation of the Soft Handover Benefits on CDMA Systems
`J.-L. Gorricho, and J. Paradells
`
`5B.4: An Improved Soft Handover Initiation Algorithm in Microcellular Environment
`D.J. Lee, C.K. Un, B.C. Kim, S.M. Ryu, Y.W. Park, and K.H. Kang
`
`5B.5: A New Channel Assignment Scheme for Handoff and Initial Access in a Microcellular
`CDMA System
`J.W. Chang, C.K. Un, B.C. Kim, S.M. Ryu, Y.W. Park, and K.H. Kang
`
`Session 5C - Interference Cancellation I
`Chair: Dr. David Falconer, Carleton University, Canada
`
`5C. 1 : Practical Implementation of Successive Interference Cancellation in DS/CDMA Systems
`K.I. Pedersen, T.E. Kolding, I. Seskar, and J.M. Holtzman
`
`32.2: Delay Trackers for Multiuser CDMA Receivers
`M. Latva-aho, and J. Lilleberg
`
`286
`
`29 1
`
`295
`
`300
`
`305
`
`310
`
`315
`
`32 1
`
`326
`
`XVII
`
`Apple Inc., Exhibit 1081, Page 9
`
`

`
`5C.3: Multistage Interference Cancellation with Decision Directed Channel Estimation in Multirate
`DS/CDMA on a Mobile Radio Channel
`A.-L. Johansson, and A. Svensson
`
`5C.4: Iterative Cochannel Interference Cancellation in Synchronous CDMA on a Frequency
`Selective Channel
`D. Raphaeli
`
`5C.5: Adaptive Hybrid SerialParallel Interference Cancellation in CDMA Systems
`S.R. Kim, J.G. Lee, and H. Lee
`
`Session 5D - RF Considerations in C ~ M ~ D M A
`Chair: Mr. Stuart J. Lipoff, Arthur D. Little, Inc., USA
`
`5D. 1: CDMA PCS Architecture Considerations for Antenna Remoting Over Fiber
`A. Russell
`
`5D.2: A Novel Model of Time-Dispersion Multipath Channel for Wideband CDMA Systems
`R.C. Qiu, and I-T. Lu,
`
`5D.3: Comparison of Orthogonal CDMA and Slow Frequency Hopping (SFH)/TDMA for Picocell
`Communications
`C.K. Leung, and M. Boukli-Hacene
`
`5D.4: Effect of Mobile Power Control Saturation in DS-CDMA
`A. Ghosh, and K. Rohani
`
`5D.5: Radio Interference Design for CDMA-Based PCS
`E.-K. Hong, T.-Y. Lee, Y.-D. Yang, B.-C. Ahn, and Y.-W. Park
`Session 6A - Wireless ATM
`Chair: Dr. Zygmunt Haas, Cornel1 University, USA
`
`6A. 1 : Virtual Trees Routing Protocol for a Wireless ATM LAN
`I. Katzela, and M. Veeraraghavan
`
`6A.2: Rerouting for Handoff in a Wireless ATM Network
`B.A. Akyol, and D.C. Cox
`
`6A.3: Implementation and Analysis of Connection-Management Procedures in a Wireless ATM LAN
`M. Veeraraghavan, M. Karol, and K.Y. Eng
`
`6A.4: Handoff Control in Wireless ATM Networks: An Experimental Study
`J. Li, and R. Yuan
`
`6A.5: ATM Virtual Cell Area Determination in PCS Networks
`G. Donis-Hernandez, D. Munoz-Rodriguez, and S. Tekinay
`
`6A.6: A Hand-off Scheme for Wireless ATM Networks
`H.-T. Lin, and H.D. Hughes
`
`XVIII
`
`33 1
`
`336
`
`34 1
`
`345
`
`350
`
`355
`
`360
`
`365
`
`369
`
`374
`
`380
`
`3 87
`
`392
`
`3 97
`
`Apple Inc., Exhibit 1081, Page 10
`
`

`
`Session 6B - Intelligent Networks
`Chair: Dr. Vera Kripalani, QUALCOMM, Inc., USA
`
`6B. 1: From IN Towards TINA-based Personal Communications Support
`T. Eckardt, and T. Magedanz
`
`6B .2: WFMTS: An Intelligent Networks Solution for Universal Personal Communications
`H. El-Gendy
`
`6B.3: CTM Support in European Environment: Requirements on Public IN Internetworking
`M.C. Ciancetta, R. Lavagnolo, and D.F. Bjornland
`
`6B.4: In Call Modelling for the Support of Multimedia and Multipoint Services in a B-ISDN
`N. Blefari-Melazzi, F. Cuomo, and M. Listanti
`
`6B .5 : Service Management Specification Definition Model for UPT Services
`A. Shibata, 0. Mizuno, and Y. Niitsu
`
`Session 6C - Interference Cancellation I1
`Chair: Dr. Kaveh Pahlavan, Worcester Polytechnic Institute, USA
`
`6C. 1 : Interference Cancellation by Joint Detection in Random Frequency Hopping TDMA Networks
`P.A. Ranta, A.Lappetelainen, and Z.-C. Honkasalo
`
`6C.2: Interference Rejection Combining for GSM
`J. Karlsson, and J. Heinegard
`
`6C.3: Cochannel Interference Cancellation for Mobile Communication Systems
`R. Berangi, P. Leung, and M. Faulkner
`
`6C.4: Interference Cancellation for SSMA Communications with Diversity Combining and System
`Imperfections
`L.C. Hui, and K.B. Letaief
`
`6C.5: Near-Decorrelating Multistage Detector for Asynchronous CS/CDMA
`T. Suzuki, and Y. Takeuchi
`
`Session 6D - Propagation and Adaptive Antennas
`Chair: Dr. Jeffrey Maul, Arthur D. Little, Inc., USA
`
`6D. 1 : Parabolic Reflector Array Signal Processing for Improved Rural Area Coverage
`in Personal Satellite Communications
`J. Karimi, and S.D. Blostein
`
`6D.2: Investigating the Effects of Imperfect Digital Beamforming on Cell Capacity in a Cellular CDMA
`Communication System
`A.M. Earnshaw, and S.D. Blostein
`
`6D.3: The Capacity Enhancement of the DCS Network by the Use of Switch-Beam Antennas
`F. Benhamida, and J.-F. Sante
`
`6D.4: Investigation of Adaptive 3D Microcellular Prediction Tools Starting from Real Measurements
`P. Daniele, M. Frullone, K. Heiska, G. Riva, and C. Carciofi
`
`X I X
`
`402
`
`408
`
`413
`
`418
`
`423
`
`428
`
`433
`
`438
`
`443
`
`448
`
`453
`
`45 8
`
`463
`
`468
`
`Apple Inc., Exhibit 1081, Page 11
`
`

`
`6D.5: A Multitone-Antenna Diversity Approach to PCS Communications
`I. Kalet
`
`V
`
`2
`
`Session 7A - ATM-Architectures
`Chair: Dr. David Tennenhonse, MIT, USA
`
`/
`
`7A.1: System Architecture of a Home Wireless ATM Network
`Y. Du, S.N. Hulyalkar, D. Evans, D. Petras, C. Ngo, P. May, C. Hermann, M. Duque,
`R. Kraemer, R. Fifield, and D. Verma
`
`7A.3: A Novel ACSE Protocol with Comprehensive QoS Support for Multimedia
`Communications in Chorus
`D.N. Kanellopoulos, G.D. Papadoupoulos, and S.A. Koubias
`
`7A.4: Providing UMTS Services in a Wireless ATM LAN
`N. Blefari-Melazzi, M. Listanti, and M. Palermo
`
`Session 7B - Network Design and Performance Issues
`Chair: Dr. T. Russell Hsing, Bellcore, USA
`
`7B. 1 : Routing and Channel Assignment for Low Power Transmission in PCS
`K. Scott, and N. Bambos
`
`7B .2: Apply Personal Mobility in PCS Environment for Universal Personal Communications
`L.4. Chen
`
`7B.3: Application of Discrete Event Simulation to Network Protocol Modeling
`G.R. Larocque, and S.J. Lipoff
`
`7B.4: Calculating Rates of Services in UPT Networks
`M. Kwiatkowski
`
`7B.5: Hierarchical Optimization Planning (HOP) of Cellular Mobile Communication Systems
`Q. Hao, B.H. Soong, E. Gunawan, J.T. Ong, and C.B. Soh
`
`Session 7C - Trellis Coded ~ o d n ~ a t i o ~
`Chair: Dr. Ezio Biglieri, Politecnico di Torino, Italy
`
`7C. 1 : Multi-dimensional TCM DSISSMA in Rayleigh Fading Channel
`F. Yang, and G. Bi
`
`7C.2: Performance of Trellis Coded M-PSK and Neural Network Equivalent Systems
`over Partial Response-Fading Channels with Imperfect Phase Reference
`0. Nuri Ucan
`
`7C.3: Shape Codes in a 3D Signal Constellation
`J. Sodha
`
`7C.4: Trellis Coded PSK Modulation with Diversity on Correlated Rayleigh Fading Channel
`G. Wibisono, and I. Sasase
`
`xx
`
`473
`
`477
`
`487
`
`492
`
`498
`
`503
`
`508
`
`513
`
`518
`
`523
`
`528
`
`533
`
`538
`
`Apple Inc., Exhibit 1081, Page 12
`
`

`
`7C.5: Performance of Bit-by-Bit Interleaved Trellis Coded 16DAPSK on Rayleigh Fading Channel
`T. Yamazato, H. Nakagawa, M. Katayama, and A. Ogawa
`
`543
`
`Session 7D - Resource PlanningRmplementation
`Chair: Dr. Henry L. Bertoni, Polytechnic University, USA
`
`7D. 1 : A Cost-to-Benefit Frequency Function for Wideband Wireless LANs
`M. Ruggieri
`
`7D.2: Dynamic Bandwidth Sharing Between Voice and Data Traffic in a RRA Multiple Access
`Scheme for Cellular Mobile Radio Networks
`R. Bolla, F. Davoli, G. Lazzaro, and C. Nobile
`
`7D.3: Resource Planning for Microcellular Systems in Real Cities
`M. Frullone, G. Riva, P. Grazioso, and M. Barbiroli
`
`7D.4: High Bit Rate Services for UMTS Using Wideband TDMA Carriers
`E. Nikula, and E. Malkamaki
`
`Session SA - Packet Data Networks
`Chair: Dr. Alicia Russell, TELECOM, Inc., USA
`
`8A. 1 : Performance of Video Transport over Wireless Networks Using Hybrid ARQ
`H. Liu, and M. El Zarki
`
`8A.2: A Proposal for Multi-Slot MAC Layer Operation for Packet Data Channel in GSM
`D. Turina, P. Beming, E. Schoster, and A. Anderson
`
`8A.3: Mobile Packet Data Communication in a TDMA Cellular System
`M. Onuki, K. Kobayashi, A. Murase, and S. Mirata
`
`8A.4: Implementation Issues on Wireless Data Services in CDMA Cellular and PCS Networks
`B.W. Lim, J.C. Park, and D.G. Jeong
`
`8A.5: Throughput Performances of SR ARQ with Modulo Operation Using Data Field in Mobile
`Environment
`H. Matsuki, H. Takanashi, and T. Tanaka
`Session SB - Location Management
`Chair: Dr. Upamanyu Madhow, University of Illinois, USA
`
`8B.1: The Location Area Design Problem in Cellular and Personal Communications Systems
`M. Vudali
`
`8B .2: Modeling Location Mangement in Personal Communications Services
`D. Lam, J. Jannink, D.C. Cox, and J. Widom
`
`8B .3: Reduction in Location Management Signaling Costs by the Use of Subpopulation-Taylored
`Location Area Sizes
`N. Silva, and J.M. Brazio
`
`8B.4: Systematic Tracking of Mobile Users in Cellular Systems
`M.M. Zonoozi, P. Dassanayake, and M. Faulkner
`
`X X I
`
`548
`
`553
`
`558
`
`562
`
`567
`
`572
`
`577
`
`582
`
`586
`
`591
`
`596
`
`602
`
`607
`
`Apple Inc., Exhibit 1081, Page 13
`
`

`
`8B.5: An Optimal Location Area Decision Method Considering Mobile Power Status
`K. Kim, M. Cho, S. Kwon, K. Cho, and K. Cho
`
`8B .6: A hierarchical multiresolution registration structure for mobility tracking
`L. Tassiulas, and F.M. Anjum
`
`Session 8C - Modulation
`Chair: Dr. Arthur Giordano, GTE Laboratories, USA
`
`8C. 1 : Interference Mitigation in Orthogonal Frequency Division Multiplexing (OFDM)
`R.W. Lowdermilk, and F. J. Harris
`
`8C.2: Multicarrier Transmission with Nonuniform Carriers in a Multipath Channel
`H. Nikookar, and R. Prasad
`
`82.3: A New TCMSK for Power and Bandwidth Efficient Wireless Systems
`S.L. Drakul
`
`8C.4: Frequency-Hopped Spread Spectrum Multiple-Access Communication with Nonorthogonal
`BFSK Signaling in a Rayleigh Fading Channel
`H.K. Choi, and S.W. Kim
`
`8C.5: Performance Improvement of M-ary Orthogonal Modulators
`H.G. Kim, and S.Y. Kang
`Session 8D - RF Performance in Microcell Systems
`Chair: Dr. Robert H. Domnitz, Technical Collaborative, Inc., USA
`
`8D. 1: Interactive Coverage Region and System Design Simulation for Wireless Communication
`Systems in Multifloored Indoor Environments: SMT Plus in Multifloored Indoor Environments
`R.R. Skidmore, T.S. Rappaport, and A.L. Abbott
`
`8D.2: Radio Coverage Prediction for In-building Simulcast Microcells
`M.-J. Ho, G. L. Stuber, and P. Chow
`
`8D.3: Comparison of Measurement Based and Site Specific Ray Based Microcellular Path Loss
`Predictions
`L. Piazzi, G. Liang, H.L. Bertoni, and S. Lim
`
`8D.4: Radio Network Performance for Indoor Cellular Systems
`F. Kronestedt, M. Frodigh, and K. Wallstedt
`
`Session 9A - Quality of Service
`Chair: Dr. Joanne LaCourse, GTE Laboratories, USA
`
`9A. 1 : Non-uniform Polling and Reservation Alternatives for Bandwidth Management
`in Broadband Wireless Networks
`N. Movahhedinia, G. Stamatelos, and H.M. Hafez
`
`9A2: A Fundamental Relationship between Fairness and Optimum Throughput in TDMA Protocols
`I. Chlamtac, A. Farago, and H. Zhang
`
`612
`
`617
`
`623
`
`628
`
`633
`
`63 8
`
`642
`
`646
`
`65 1
`
`656
`
`66 1
`
`666
`
`67 1
`
`XXII
`
`Apple Inc., Exhibit 1081, Page 14
`
`

`
`9A.3: Scheduling VBR Traffic for Achievable QoS in a Shared Un-buffered Environment
`J.M. Capone, and I. Stavrakakis
`
`9A.4: A Comparison of Two Search Algorithms for Solving the Channel Assignment Problem
`M.-J. Kim, and K.-H. Ryu
`
`Session 9B - WirelessIWired ATM
`Chair: Dr. Apostolos K. Kakaes, Cosmos Communications Consulting, Inc., USA
`
`9B. 1 : Transport Method to Integrate Multimedia and Data Personal Communications Services
`over MAN-based PCNs
`H.C.B. Chan, V.C.M. Leung, and R.W. Donaldson
`
`9B.2: Cost Analysis for a Switch to Support PCS Mobility Management on ATM Transport
`S. Rajagopalan, and L.F. Chang
`
`9B.3: ATM Virtual Cell Area Determination in PCS Networks
`G. Donis-Hernandez, D. Munoz-Rodriguez, and S. Tekinay
`
`9B.4: Use of ABR Flow Control in Wireless ATM Systems
`H. Mitts, and S. Veikkolainen
`
`9B.5: A Closed Solution for an Integrated Broadband Mobile System (IBMS)
`G. P. Fetweis, K. Iversen, M. Bronzel, H. Schubert, V. Aue, D. Mampel, J. Voigt,
`A. Wolisz, G. Walf, and J.-P. Ebert
`
`Session 9C - Acquisition and Tracking
`Chair: Dr. Gordon L. Stuber, Georgia Institute of Technology, USA
`
`9C. 1 : Suppressed Carrier Tracking when Quadrature PN Spreading
`W.W. Jones, and J. R. Luecke
`
`9C.2: Suitable Codes Design for Frequency Offset Correction and Channel Matched Filter
`in HIPERLAN,
`Y. Sun, A. Nix, and J.-P. McGeehan
`
`676
`
`681
`
`686
`
`69 1
`
`697
`
`702
`
`707
`
`712
`
`717
`
`9C.3: Quantization Effect on the Acquisition Performance of Direct-Sequence Spread-Spectrum CDMA
`S. Nahm, and W. Sung
`
`722
`
`9C.4: A New Phase Error Tracking Algorithm for Demodulation QPSK-Spread IS-95 Signal
`in Digital Cellular Radio
`C.-S. Lee, M.-S. So, and H.-J. Lee
`
`9C.5: New Digital Loop for Tracking pi/4-DQPSK Signals in Digital Cellular Radio
`J -C. Song, H.W. Kim, and S.H. Kim
`Session 9D - Satellite Communications
`Chair: Dr. David G. Daut, Rutgers University, USA
`
`9D.1: Predictive Action Power Control Scheme for a Mobile Satellite System
`M. Mehta, D. Nunn, and S. Braithwaite
`
`727
`
`73 1
`
`735
`
`XXIII
`
`Apple Inc., Exhibit 1081, Page 15
`
`

`
`9D.2: Location Management for the Satellite - Universal Mobile Telecommunication System
`A. El-Hoiydi, and R.J. Finean
`
`9D.3: Dual Satellite Path Diversity and Practical Channel Management for Non-Geostationary
`Satellite Systems
`T.E. Wisloff
`
`9D.4: Digital Filter Bank Designs for Satellite Transponder Payloads: Implementation on VLSI Circuits
`B .R. Andersen
`
`9D.5: Integration of Satellites into GSM: Signaling Flow Analysis
`F. Argenti, L. Cappelletti, E. Del Re, and A. Ferro
`
`Session 10A - Internet-Mobile IP
`Chair: Dr. Sampath Rangarajan, Northeastern University, USA
`
`10A. 1 : Handoff Enhancement in Mobile-IP Environment
`W. Woo, and V.C.M. Leung
`
`10A.2: Trials of Mobile Computing Applications Using Circuit-Switched Cellular and Cellular
`Digital Packet Data (CDPD)
`N. Nour
`
`10A.3: A Framework for Universal Personal Computing
`Y. Li, and V.C.M. Leung
`
`1 OA.4: Mobility Management in IP Networks Providing Real