Index

  1. General Topics of ATM
  2. Usage Parameter Control & Network Parameter Control
  3. Connection Admission Control
  4. Generic Flow Control & Resource Management
  5. Priority Control & Multiplexer
  6. Congestion Control / Flow Control (Classical Methods)
  7. Traffic Characterization for Broadband Service
  8. ATM based application, protocols & services (TCP over ABR)
  9. ATM switches
  10. Signalling, OAM & ATM measurements
  11. Miscellaneous topics
  1. ATM Generals

    * [book] Hiroshi Saito, "Teletraffic Technologies in ATM Networks", ARTECH House, INC, 1994

    * Jaime Bae Kim, Tatsuya Suda, and Masaaki Yoshimura, "International standardization of B-ISDN", Computer Networks and ISDN Systems, No.27, pp.5-27, 1994.

    * "New Concepts and Approaches for Traffic Analysis and Network Control in ATM Networks", Dr.San-qi Li, July 4th, 1993

    * Eiji Oki, Naoaki Yamanaka, and Francis Pitcho, "Multiple-Availability-Level ATM Network Architecture", IEEE Commun. Mag., Vol.33, No.9, pp.80-89, Spetember, 1996.

    * Thomas F. La Porta, etc., "B-ISDN: A Technological Discontinuity", IEEE Commun. Mag., Vol.32, No.10, pp.84-92, October, 1994.

    * Toshikazu Suzuki, "ATM Adaptation Layer Protocol", IEEE Commun. Mag., vol.32, No.4, pp.80-83, April, 1994.

    * Jon Cowcroft, etc., "A Rough Comparison of the IETF and ATM Service Models", IEEE Netw. Mag., Vol.9, No.6, pp.12-17, November/December, 1995.

    * M. Deprycker, etc., "B-ISDN and OSI Protocol Refernce Model", IEEE Netw. Mag., Vol.7, No.3, pp.10-19, March, 1993.

    * Jerome R. Cox, etc., "Project Zeus", IEEE Netw. Mag., Vol.7, No.3, pp.20-31, March, 1993.

    * Charles R. Kalmanek et al., "Xunet 2 : Lessons from an Early Wide-Area ATM Testbed", IEEE/ACM Trans. on Net. Vol.5, No.1, Feb. 1997.

    * Edoardo Biagioni, etc., "Designing a Practical ATM LAN", IEEE Netw. Mag., Vol.7, No.3, pp.32-39, March, 1993.

    * Ian M. Leslie, etc., "ATM Everywhere ?", IEEE Netw. Mag., Vol.7, No.3, pp.10-19, March, 1993.

  2. Usage Parameter Control / Network Paramter Control

    * Erwin P. Rathgeb, "Modeling and Performance Comparison of Policing Mechanisms for ATM Networks", IEEE JSAC Vol.9 , No. 3, Apr. 1991 -- Comparison of 'policing = Usage Parameter Control' functions, namely, leaky bucket, jumping window, triggered jumping window, moving window, and exponentially weighted moving average mechanisms.

    * Nanying Yin and Michael G. Hluechyj, "Analysis of the Leaky Bucket Algorithm for On-Off Data Sources", GLOBECOM'91, pp.254-269, 1991.

    * P. E. Boyer, F. M. Guillemin, M. J. Servel and J. P. Coudreuse, "Spacing cells protects and enhances utilization of ATM network links " IEEE Network, Sep., 1992, pp.38-49

    * N. Yamanaka, Y. Sato and K. I. Sato, "Usage parameter control and bandwidth allocation methods considering cell delay variation in ATM networks " IEICE Trans. Commun. Vol. E76-B, No.3, Mar.1993 pp. 270-279

    * F. Guillemin and W. Monin, "Management of cell delay variation in ATM networks " IEEE Infocom 92, pp. 128-132

    * F. Guillemin and A. Dupuis, "A basic requirment for the policing function in ATM networks" Computer Networks and ISDN Systems 24 (1992), pp.311-320

    * S. Radhakrishnan, S.V. Raghavan and Ashok K. Agrawala, "A flexible traffic shaper for high speed networks: design and comparative study with leaky bucket", Computer Networks and ISDN Systems 28(1996). pp.453-469.

  3. Connection Admission Control

    * Belkacem Kraimeche and Mischa Schwartz, "Analysis of Traffic Access Control Strategies in Integrated Service Networks", IEEE Trans. on Commun., Vol.COM-33, No.10, pp.1085-1093, October, 1985.

    * Hiroshi Saito and Kohei Shiomoto, "Dynamic Call Admission Control in ATM Networks", IEEE JSAC, Vol.9, No.7, pp.982-989, September, 1991.

    * R. Guerin, H. Ahmadi and M. Naghshineh, " Equivalent capacity and its application to bandwidth allocation in high-speep networks" JSAC, Vol.9, No.7, Sep.1991, pp.968-981

    * Jay M. Hyman, Aurel A. Lazar, and Giovanni Pacifici, "Real-Time Scheduling with Quality of Service Congestion", IEEE JSAC, Vol.9, No.7, pp.1052-1063, September, 1991.

    * H. Saito and Kohei Shiomoto, "Dynamic call admission control in ATM networks," IEEE JSAC Vol.9, No.7, pp.982-989, Sep.1991 --> 트래픽의 실제 관측(analysis가 아니라)을 통한 호 연결 수락 제어 연구

    * Hiroshi Saito, "Call Admission Control in an ATM Network Using Upper Bound of Cell Loss Probability", IEEE Trans. on Commun., Vol.40, No.9, pp.1512-1521, No.9, September, 1992. --> 트래픽의 관측을 통한 호 연결 수락 제어 연구

    * H. Esaki, K. Iwamura, T. Kodana and T. Fukuda, "Connection admission control in ATM networks" IEICE Trans. Commun. Vol. E77-B, No.1, Jan. 1994

    * Ravi S. Sandhu and Pierangela Samarati, "Access Control: Priciples and Practice", IEEE Commun. Mag., Vol.32, No.9, pp.40-49, September, 1994.

    * Hiroshi Saito, "ATM Traffic Iues and State-of-the-Art Technologies", Applied Mathematics Workshop, KAIST, Korea, Feb.27-28, 1996. --> 불완전한 입력 트래픽 정보를 통한 CLR 예측으로 상한치를 얻을 수 밖에 없고 실제 값과 큰 차이가 남을 밝힘

  4. Genric Flow Control & Resource Management

    * Chritian Roche, Serge Fdida, "A Dynamic Resource Management Mechanism for LAN Interconnection across High-Speed Networks"

    * Belkacem Kraimeche and Misch Schwartz, "Bandwidth Allocation Strategies in Wide-Band Integrated Neworks", IEEE JSAC, Vol.SAC-4, No.6, pp.869-878, September, 1986.

    * P. E. Boyer and D. P. Tranchier, "A reservation principle with applications to the ATM traffic control" Computer Networks and ISDN Systems 24(1992) ,pp.321-334

    * J. S. Turner, "Managing bandwidth in ATM networks with bursty traffic," IEEE network, Sep.1992, pp.50-58

    * B. Jabbari and F. Yegenoglu, "An upper bound for cell loss probability of bursty sources in broadband packet networks" ICC 91, pp.699-703

    * B. Jabbari, "A bandwidth allocation technique for high speed networks," IEEE Infocom 90, pp.355-359

    * T. Murase, H. Suzuki and T. Takeuchi, "A call admission control for ATM networks based on individual multiplexed traffic characteristics" ICC 91, pp.193-198

    * E. D. Sykas, K. M. Vlakos, I. S. Venieris and E. N. Protonotarios, "Simulative analysis of optimal resource allocation and routing in IBCN's " JSAC, Vol.9, No.3, Apr.1991, pp.486-491

    * G. Gallassi, G. Rigolio and L. Verri, "Resource management and dimensioning in ATM networks" IEEE Networks Mag. May.1990, pp.8-17

    * J. H. Dajean, L. Dittmann and C. Lorenzen, "Performance of an ATM network by introducing string node" IEEE Infocom 91, pp.1394-1402

    * H. Suzuki and F. A. Tobagi, "Fast bandwidth reservation scheme with multi-link and multi-path routing in ATM networks" IEEE Infocom 92, pp.2233-2240

    * D. L Jagerman, "Methods in traffic calculations," Bell Lab. Tech. Jour., Vol. 63, No. 7, Sep., 1984, pp. 1283-1310.

    * S. Yazid, H. T. Mouftah and Tao Yand, "Fast reservation protocol and statistic multiplexing : a comparative study" IEEE Infocom 94. pp.733-737

  5. Priority Control & Multiplexer

    * Sang Won Min, Hae Chung, Chong Kwan Un, "Performance of an ATM Multiplexer with Selective Cell Discarding for On-Off Bursty Traffics", IEICE Trans. Commun., Vol.E78-B, No.9, pp.1253-1261, September, 1995.

    * Nanying Yin, San-Qi Li, Thomas E. Stern, "Congestion Control for Packet Voice by Selective Packet Discarding", IEEE Trans. on Commun., Vol.38, No.5, pp.674-683, May, 1990.

    * Roger C. F. Tucker, "Accurate Method for Analysis of a Packet-Speech Multiplexer with Limited Delay", IEEE Trans. on Commun., Vol.36, No.4, April, 1988.

    * James W. Roberts, "Rate Envelope Multiplexing and Rate Sharing in B-ISDN", IEICE Trans. Commun., Vol.E78-B, No.4, pp.431-438, April, 1995.

    * Basil Maglaris, Dimitris Anastassiou, Prodip Sen, Gunnar Karlsson, John D. Robbins, "Performance Models of Statistical Multiplexing in packet Video Communications", IEEE Trans. on Commun., Vol.36. No. 7, pp.834-844, July, 1988.

    * Pramod Pancha, and Magda El Zarki, "Prioritized Transmission of Variable Bit Rate MPEG Video", IEEE, 1992.

    * Brian DeCleene, etc., "Comparison of Priority Partition Methods for VBR MPEG", IEEE, 1994.

    * J. Hyman, A. A. Lazar and G. Pacifici, "Real-time scheduling of switching nodes based on asynchronous time sharing" the 7th Int. Teletraffic, Sem.(ITC), 1990, pp.5-17~5-24

    * S. G. Jong and Y. O. Chin, "Congestion control with the double and hysteresis threshold in ATM networks" IEEE Infocom 94, pp.595-599

    * R. Chipalkatti, J. F. Kurose and D. Towsley, "Sxheduling policies for real-time and non-real-time traffic in a statistical multiplexer" IEEE Infocom 89, pp.774-783

    * J. M. Hyman, A. A. Lazar and G. Pacifici, "Real-time scheduling with quality of service constrains" IFFF JSAC Vol.9, No.7, Sep.1991, pp.1052-1063

    * A. A. Lazar, G. Pacifici and J. S. White, "Real-time traffic measurements on MAGNET II" JSAC, Vol.8, No.3, Apr.1990, pp.467-483.

    * B. D. Choi, B. C. Shin, K. B. Choi, D. H. Han and J. S. Jang, " Priority queue with two state Markov modulated arrivals" ICC 96, pp.1055-1059

  6. Congestion Control

    1. general references

      1980s and before

    2. Carl A. Sunshine, "Efficiency of Interprocess Communication Protocols for Computer Networks", IEEE Trans. on Comm. Feb. 1977. pp.287-293.

    3. Jeffrey M.Jaffe, "Bottleneck Flow Control", IEEE Trans.on Comm. Vol.COM-29, No.7, Jul. 1981 pp.954-962 -- Fairness Definition: A user is 'saturated' if it is not overloaded and it saturates at least one link on its path. Given a data network with several paths through the network and a rate assigned to each user, the rate assignment is 'optimal' if all users are saturated. Briefly, saturation is 'fair' because (1) each user's throughput is at least as large as all other users that share its bottleneck link (2) the only factor that prevents a user from obtaining higher throughput is the bottleneck link (which essentially divides resources equally). The only deficiency is that 'all users are treated equally' may not be desirable in practical networks. -->> 바틀넥 링크를 공평하게 사용하는 것이 핵심

    4. Mario Gerla and Leonard Kleinrock, "Flow Control : A Comparative Survey", IEEE Trans. on Comm. Vol.COM-28, No.4, Apr. 1980.

    5. Alexander G. Fraser, "Towards a Universal Data Transport System", IEEE, JSAC, Vol.SAC-1, No.5, Nov. 1983. pp.803-816.

    6. Gautam H. Thaker and J. Bibb Cain, "Interactions between Routing and Flow Control Algorithms", IEEE Trans. on Comm. Vol.COM-34, No.3, Mar.1986, pp.269-277.

    7. R.Jain, "A timeout-based congestion control scheme for window flow- controlled networks", IEEE JSAC 4(7) 1986, pp.1162-1167. -- Jain proposed the use of implicit congestion signals provided by timeouts to bring window sizes down immediately to a predetermined minimum value; under normal operation he prescribed a linear increase of the window size up to a predetermined maximum level.

    8. John B. Nagle, "On Packet Switches with Infinite Storage", IEEE Trans. on Comm. Vol. COM-35, No.4, Apr. 1987 -- Even with infinite buffers, a packet switch can become congested.

    9. Manolis G.H. Katevenis, "Fast Switching and Fair Control of Congested Flow in Broadband Networks", IEEE JSAC, Vol.SAC-5, No.8, Oct. 1987.

    10. B. Maglaris, D. Anastassiou, P. Sen, G. Karlsson and J. D. Robbins, "Performance models of statistical multiplexing packet video communications" IEEE Trans. on Comm., Vol.36, No.7, Jul.1988, pp.834-844

    11. K.K.Ramakreshnan and Raj Jain, "A Binary Feedback Scheme for Congestion Avoidance in Computer Networks with a Connectionless Network Layer", Proc. SIGCOMM'88, Stanford, CA., 1988.

    12. Van Jacobson, "Congestion Avoidance and Control", Proc. ACM SIGCOMM'88, Stanford, CA. Aug.1988.

    13. Alan Demers, "Analysis and Simulation of a Fair Queueing Algorithm", Proc. ACM SIGCOMM'89, pp.1-12, Sep. 1989.

      1990

    14. J.C.Bolot and A.U.Shankar, "Dynamic behavior of rate-based flow control mechanism", ACM SIGCOMM Comput. Comm. Rev. 30 (1990), pp.35-49. -- They modeled an adaptive scheme that increases the window size linearly and decreases it exponentially as a set of coupled differential equations and obtain analytical closed-form solutions for the transient and steady state behavior of this model. One-queue model.

    15. Raj Jain, "Congestion Control in Computer Networks: Issues and Trends", IEEE Network Mag. May 1990 -- Congestion is not caused by a shortage of buffer space, slow links and slow processors. It's a problem of resource allocation.

    16. K.K.Ramakrishnan and Raj Jain, "A Binary Feedback Scheme for Congestion Avoidance in Computer Networks", ACM Trans. on Computer Systems, Vol. 8, No. 2, May 1990, pp.158-181 -- Early DECbit scheme, Effectiveness of additive increase and multiplicative decrease in rate control

      1991

    17. Ellen L. Hahne, "Round-Robin Scheduling for Max- Min Fairness in Data Networks", IEEE JSAC Vol. 9, No.7, Sep. 1991 - Fairness problem : The principal contribution of this paper is a proof that round-robin scheduling with windows can indeed be used to achieve max-min throughput fairness. This paper focused on the worst-case performance of round-robin scheduling with windows.

    18. S. Jamaloddin Golestani, "Congestion-Free Communication in High-Speed Packet Networks", IEEE Trans. on Commun., Vol.39, No.12, December, 1991.

    19. Duke Hong and Tatsuya Suda, "Congestion Control and Prevention in ATM Networks", IEEE Netw. Mag., Vol.5, No.4, pp.10-17, Jul. 1991.

    20. Alexander Gersht and Kyoo J. Lee, "A Congestion Control Framework for ATM Networks", IEEE JSAC, Vol.9, No.7, Sep. 1991. pp.1119-1130.

    21. Nanying Yin and Michael G. Hluchyj, "A Dynamic Rate Control Mechanism for Source Coded Traffic in a Fast Packet Network", IEEE JSAC, Vol.9, No.7, Sep. 1991. pp.1003-1012

    22. Zheng Wang, "A New Congestion Control Scheme: Slow Start and Search (Tri-S)", ACM Comp. Comm. Review, Vol.21, No.1, pp.32-43, 1991.

    23. A. I. Elwalid and D. Mitra, "Analysis and design of rate-based congestion control of high speed networks, I:Stochastic fluid models access regulation" Queueing Systems 9 (1991), pp.29-64

    24. J. Y. L. Boudec, "An efficient solution method for Markov models of ATM links with loss priorities " JSAC, Vol.9, No.3, Apr.1991. pp.408-417

    25. Michael D. Schroeder et al. , "Autonet: A High-Speed, Self-Configuring Local Area Network Using Point-to-Point Links", IEEE JSAC, Vol.9, No.8, Oct. 1991. -- hop-by-hop control.

    26. Amarnath Mukherjee and John C. Strikwerda, "Analysis of Dynamic Congestion Control Protocols - A Fokker-Planck Approximation", ACM SIGCOMM'91, Proc. Communications Architectures & Protocols, Sep. 1991. Zurich, Switzerland. 위의 90년 J.C.Bolot의 논문과 같은 주제를 다르게 해석.

      1992

    27. Dimitri Bertsekas and Robert Gallager, Data Networks, Prentice Hall, 2nd ed. -- Flow Control (Chapter 6), Fairness Definition (p.328, Chap. 6.5.2 )

    28. D. Mitra, "Asymptotically optimal design of congestion control for high speed data networks", IEEE Trans. on Comm. 40(2) (1992) pp.301-311. -- Mitra proposed a dynamic adaptive algorithm, based on estimating queue size through measured packet acknowledgement times, which attempts to prevent rather than react to congestion, targeting convergence of window size and queue size towards an optimal operating point.

    29. Janatha S. Turner, "Managing Bandwidth in ATM Networks with Bursty Traffic", IEEE Netw. Mag., September, 1992.

    30. Victor S. Frost, Michael T. Mullen, "Dynamic Bandwidth Allocation for B-ISDN Based on End-to-End Delay Estimates", ICC'92, pp.225-231, 1992.

    31. Pierre E. Boyer and Didier P. Tranchier, "A reservation principle with applications to the ATM traffic control", Computer Networks and ISDN Systems, No.24, pp.321-334, 1992.

    32. H. Kobayashi and Q. Ren, "A mathematical theory for trantiant analysis of communication networks" IEICE Trans.Comm., Vol. E75-B, No.12, Dec., 1992. pp.1266-1276

    33. L. A. Crutcher and A. G. Waters, "Congestion Management for an ATM Network", IEEE Netw. Mag., Vol.6, No.6, pp.42-55, November, 1992.

    34. Kerry W. Fendick, Manoel A. Rodregues and Alan Weiss, "Analysis of a rate-based feedback control strategy for long haul data transport", Performance Evaluation 16 (1992) pp.67-84. -- Theoretical Reports prove that oscillations are inevitable for a fairly general form of feedback based controls due to the delay in the feedback.

    35. Kerry W. Fendick, "Analysis of a Rate-Based Control Strategy with Delayed Feedback", ACM SIGCOMM'92, Conference Preceedings, Aug. 1992, Baltimore USA. pp.136-148.

    36. Debasis Mitra, "Asymptotically Optimal Design of Congestion Control for High Speed Data Networks", IEEE Trans. on Comm. Vol.40, No.2, Feb. 1992. pp.301-311.

      1993

    37. Keng-Tai Ko, Partho P.Mishra and Satish K. Tripathi, "Interaction among virtual circuits using predictive congestion control", Computer Networks and ISDN Systems 25, 1993, pp.681-699. -- In this scheme switches periodically adjust the rate at which they send data to or receive data from neighboring nodes. The control decisions are based on current local information, old global information, and the predicted future behavior of neighboring nodes. The basic idea is to match the input and the output rates at all nodes.

    38. Mario Gerla, Tsung-Yuan Chalrles Tai, and Giorgio Gallassi, "Internetting LAN's and MAN's to B-ISDN's for Connectionless Traffic Support", IEEE JSAC, Vol.11, No.8, Oct. 1993.

    39. David R. Mafield, etc., "Congestion Controls in SS7 Signaling Networks", IEEE Comm. Mag., Vol.31, No.6, pp.50-59, June, 1993.

    40. T. Yang and H. Li," Individual cell loss probabilities and background effects in ATM networks" IEEE Infocom 93, pp.1373-1379

    41. L.Benmohamed, S.M.Meerkov,"Feedback Control of Congestion in Packet Switching Networks: The case of a single congested node",IEEE/ACM Trans. on Networking, vol.1, no.6,pp.693-708,Dec.1993
      -viewpoint : Network stability

    42. Duan-Shin Lee, Bhaskar Sengupta "Queueing Analysis of a Threshold Based Priority Scheme for ATM Networks" IEEE/ACM Trans.on Networking Dec. 1993

    43. G.Ramamurthy and B.Sengupta, "A Predictive Hop-by-Hop Congestion Control Policy for High Speed Networks", INFOCOM93, pp.1033-1041

      1994

    44. ITU-T SG13 Recommendation I.371 "Traffic Control and congestion Control in B-ISDN" Geneva, November 1994 (old version)

    45. Jaime Bae Kim, Tatsuya Suda, Masaaki Yoshimura "International standardization of B-ISDN",Computer Networks and ISDN Systems 27, 1994, 5-27

    46. Jean-Chrysostome Bolot, Thierry Turletti, "A rate control mechanism for packet video in the Internet", IEEE, 1994.

    47. Peter Newman, "Traffic Management for ATM Local Area Networks", IEEE Comm. Mag., vol.32,No.8,Aug. 1994.pp.44-50

    48. T. Y. Lin and Y. C. Chen, "A Congestion Control Approach for LAN/MAN Interconnection via ATM", IEEE INFOCOM'94, pp.892-901, 1994.

    49. S.Floyd and A.Romanow,"Dynamics of TCP traffic over ATM networks", Proc. ACM SIGCOMM'94,Sep.pp.79-88

    50. M.Hluchyj and N.Yin,"On closed-loop rate control for cell Relay ATM networks", Proc. INFOCOM 94, 1994,pp.99-108 -- Equilibrium state analysis

    51. K.W.Fendick and M.A.Rodrigues,"Asymptotic Analysis of Adaptive Rate Control for Diverse Sources with Delayed Feedback", IEEE Trans.on Info. Theory, vol.40, No.6, Nov.1994, pp.2008-2025

    52. K.Y.Siu and H.Y.Tzeng,"Adaptive Proportional Rate Control for ABR Service in ATM Networks",UC Irvine Technical Report No.1102, Electrical and Computer Engineering. Jul.1994

    53. Brett J.Vickers and Tatsuya Suda "Connectionless Service for Public ATM Networks",IEEE Comm.Mag. Aug. 1994

      1995

    54. ATM Forum/95-0013R11(DRAFT) " ATM Forum Traffic Management Specification Version 4.0" March 1996

    55. ATM Forum "ATM User-Network Interface(UNI) Specification version 3.1" Prentice Hall 1995

    56. Cynthia Bagwell Tipper and John N. Daigle, "ATM Cell Delay and Loss for Best-Effort TCP in the Presence of Isochronous Traffic", IEEE JSAC, Vol.13, No.8, pp.1457-1464, October, 1995.

    57. Tetsuya Yokotani, Tatsuki Ichihashi, Chikara Matsuda, "Selectable Traffic Control Scheme for Burst Data Transmission Using TCP/IP on ATM Networks", IEICE Trans. Commun., Vol.E78-B, No.4, pp.531-538, April, 1995.

    58. Hiroyuki Ohsaki, Masayuki Murata, et al. "Analysis of Rate-based congestion control algorithms for ATM networks -Part1: Steady State Analysis- " IEEE GLOBECOM95, pp.290-303. 1995

    59. Hiroyuki Ohsaki et al., "Analysis of Rate-based congestion control algorithms for ATM networks -Part2 : Initial Transient state Analysis", IEEE GLOBECOM95, pp.1095-1101. 1995.

    60. Hiroyuki Ohsaki, Masayuki Murata, Hiroshi Suzuki, Chinatsu Ikeda and Hideo Miyahara,"Rate-Based Congestion Control for ATM Networks", ACM SIGCOMM Computer Communication Review, Vol.25, No.2, Apr. 1995 --> Same thing as above two papers in GLOBECOM95

    61. G.Ramamurthy and Qiang Ren, "Analysis of the Adaptive Rate Control for ABR Services in ATM Networks", IEEE GLOBECOM95, pp.1083-1088, 1995.

    62. Nanying Yin, "Analysis of a Rate-Based Traffic Management Mechanism for ABR Servic", IEEE GLOBECOM95, pp.1076-1082, 1995.

    63. Charles E. Rohrs et al., "A Control Engineers's Look at ATM Congestion Avoidance", IEEE GLOBECOM95, pp.1089-1094. 1995.

    64. Jaehong Park et al.,"An Effective Mean Rate Policing Scheme: Moving Ceiling Scheme", IEEE GLOBECOM95, pp.1071-1075. 1995.

    65. H. T. Kung and Robert Morris, "Credit-Based Flow Control for ATM Networks", IEEE Netw. Mag., March/April, 1995.

    66. Flavio Bonomi and Kerry W. Fendick, "The Rate-Based Flow Control Framework for the Available Bit Rate ATM Servoce", IEEE Netw. Mag., March/April, 1995.

    67. K. K. Ramakrishnan and Peter Newman, "Integration of Rate and Credit Schemes for ATM Flow Control", IEEE Netw. Mag., March/April, 1995.

    68. 조유제, "ABR 서비스를 위한 폭주제어 기술동향", 텔레콤 제11권 제1호, 1995.6.

    69. Wales Kin Fai Wong and Danny H. K. Tsang, " Flow Control of ABR Traffic in ATM Networks using a Two-Level Scheme", ICCC'95 Proceedings, pp.461-466, 1995.

    70. Hong-Shik Park, etc., "Global Traffic Control in ATM Networks", IEICE Trans. Comm. Vol.E78-B, No.4, pp.476-484, April, 1995.

    71. Rajesh S. Pazhyannur and Rajeev Agrawal, "Feedback-Based Flow Control of B-ISDN/ATM Networks", IEEE JSAC, Vol.13, No.7, pp.1252-1266, September, 1995.

    72. Hias Hiadis, "A New Feedback Congestion Control Policy for Long Propagation Delays", IEEE JSAC, Vol.13, No.7, pp.1284-1295, Sepetember, 1995.

    73. F.Bonomi, et al."The Available Bit Rate Service", IEEE Networks Mar/Apr. 1995

    74. Q. Ren and H. Kobayashi, "Transient solutions for the buffer behavior in statistical multiplexing" Performance Evaluation 23 (1995) , pp.65-87

    75. T. Tanaka, O. Hashida and Y. takahashi, "Transient analysis of fluid model for ATM statistical multiplexer" Performance Evaluation 23(1995), pp.145-162

    76. 안윤영, 이우섭, 박흥식, "ABR 서비스를 위한 ATM 교환 시스템 구조 연구", 1995 추계 통신학회 학술지, pp.472-476.

      1996

    77. ITU-T Study Group 13 Recommendation I.371 "Traffic Control and Congestion Control in B-ISDN" Geneva, May 1996

    78. Thomas M. Chen, Steve S. Liu, and Vijay K. Samalam, "The Available Bit Rate Service for Data in ATM Networks", IEEE Commun. Mag. May, 1996.

    79. Lixia Zhang, etc., "Congestion Control for Best-Effort Service: Why We Need a New Paradigm", IEEE Netw. Mag. January/February, 1996.

    80. Christopher Lefelhocz, etc., "Congestion Control for Best-Effort Service: Why We Need a New Paradigm", IEEE Netw. Mag., Vol.10, No.1, pp.10-19, Jan/Feb, 1996.

    81. S.Mascolo, D.Cavendish, M.Gerla "ATM Rate Based Congestion Control using a Smith Predictor: an EPRCA Implementation" IEEE INFOCOM 96

    82. Michael Ritter, "Network Buffer Requirements of the Rate-Based Control Mechanism for ABR Services", IEEE INFOCOM96, pp.1190-1197, 1996. - One queue analysis for EFCI, ER switches and with priority, without priority to RM cells. Analysis using AIR, RDF. Dual Threshold. Initial State = nonempty queue. Steady state analysis. Homogeneous N ABR sources.

    83. Wales Kin Fai Wong and Danny H.K. Tsang, "Flow Control of ABR Traffic in ATM Networks using a Two-level Scheme",

    84. S.Mascolo, D.Cavendish, M.Gerla "ATM Rate Based Congestion Control using a Smith Predictor", UCLA Technical Report Number 960001,Feb 96

    85. David M.Koppelman "Congested Banyan Network Analysis using Congested- Queue States and Neighboring-Queue Effects", IEEE/ACM Trans.on Networking Vol.4, No.1, Feb.1996

    86. Partho Pratim Mishra, Hemant Kanakia "On hop-by-hop Rate-based Congestion Control", IEEE/ACM Trans.on Networking Vol.4, No.2, Apr.1996 -- A rate-based hop-by-hop congestion control mechanism in which the service rates of connections are dynamically adjusted at a switch, using feedback information provided by the neighboring switches. -link by link 'rate' control not 'window' control - backpressure:fast, hop-by-hop: stable

    87. Dominique Gaiti and Guy Pujolle "Performance Management Issues in ATM Networks : Traffic and Congestion control" IEEE/ACM Trans.on Networking Vol.4, No.2, Apr.1996

    88. 김광렬, 김병철, 조유제, 박흥식 "ATM 망에서 ABR 서비스를 위한 새로운 ER 스위치 알고리즘의 성능 분석" JCCI, Spring 1996

    89. Dominique Gaiti and Nadia Boukhatem, "Cooperative Congestion Control Schemes in ATM Networks", IEEE Comm. Mag. Nov. 1996.

    90. Raj Jain et al., "Source Behavior for ATM ABR Traffic Management : An Explanation", IEEE Comm. Mag. Nov. 1996.

    91. Domineque Gaiti and Guy Pujolle, "Performance Management Issues in ATM Networks: Traffic and Congestion Control", IEEE/ACM Trans. on Net. Vol.4, No.2, Apr. 1996

      1997

    92. 이철효, 조유제 "ATM 망에서 ABR 서비스를 위한 EFCI 스위치와 ER 스위치 간의 상호 운용성 분석", 정보과학회 논문지(A) 제24권 제6호 1997.6월

    93. 허재호, 석정봉, 김용진, 김장경 "ATM망의 ABR 서비스 트래픽 제어를 위한 backpressure 방식 (Traffic Control Scheme of ABR Service using Backpressure in ATM Network)", 정보과학회 논문지(A) 제24권 제2호 (97.2) -On simulation

    94. W.K.Tsai and Y.Ge, G.Huang "Stability analysis of Intelligent Marking EPRCA for ABR Congestion Control in ATM" IEEE INFOCOM 97

    95. Chengzhi Li, Amitava Raha, and Wei Zhao "Stability in ATM Networks" IEEE INFOCOM97 pp.160-167

    96. 김운하, 박성곤, 조용환, "ATM 망에서 ABR 서비스를 위한 ER 스위치 폭주 제어 알고리즘의 성능 개선", 한국통신학회 논문지 Vol.22, No.9, 1997, 9월

  7. Traffic Characterization for Broadband Services

    * Wolfgang Fischer, Kathleen Meier-Hellstern, "The Markov-Modulated Poisson Process(MMPP) cookbook", Performance Evaluation, No.18, pp.149-171, 1992.

    * N. Mitrou, S. Vamvakos, K. Kontovasilis, "Modelling, parameter assessment and multiplexing analysis of burstysources with hyper-exponentially distributed bursts", Computer Networks and ISDN Systems, Vol.27, pp.1175-1992, 1995.

    * Chatschik Bisdikian, "Performance analysis of single-stage, output buffer packet switches with independent batc arrivals", Computer Networks and ISDN Systems, Vol.27, pp.627-652, 1995.

    * San-qi Li and Chia-Lin Hwang, "Queue Response to Input Correlation Functions : Continuous Spectral Analysis", IEEE/ACM Trans. on Net. Vol.1, No.6, Dec. 1993

    * Kyeong Soo Kim and Byeong Gi Lee, "Three-Level Traffic Shaper and Its Application to Source Clock Frequency Recovery for VBR Video Services in ATM Networks", IEEE/ACM Trans.on Net. Vol.3, No.4, Aug. 1995

    * Leonidas Georgiadis et al., "Efficient Network QoS Provisioning Based on per Node Traffic Shaping", IEEE/ACM Trans. on Net. Vol.4, No.4, Aug. 1996

    * Sang H. Kang and Dan K. Sung, "Two-Stage MMPP Modeling of ATM Supposed Traffic Streams Based on the Characterization of Correlated Interarrival Times", IEEE, 1995.

    * Nasser M. Marafih, Ya-Qin Zhang, Raymond L. Pickholtz, "Modeling and Queueing Analysis of Variable-Bit-Rate Coded Video Sources in ATM Networks", pp.325-329

    * D. P. Heyman and T. V. Lakshman, "Source Models for VBR Broadcast-Video Traffic, pp.664-671, 1994.

    * Subrahmanyam Dravuda, and Kotikalapudi Spiram, "End-to-End Performance Models for Variable Bit Rate Voice Over Tandem Links in Packet Networks", IEEE JSAC, Vol.7, No.5, pp.718-728, June, 1989.

    * Fumio Kishino, etc., "Variable Bit-Rate Coding of Video Signals for ATM Networks", IEEE JSAC, Vol.7, No.5, pp.801806, June, 1989.

    * Reto Grunefelder, etc., "Characterization of Video Codecs as Autoregressive ving Average Processes and Related Queueing System Performance", IEEE JSAC, Vol.9, No.3, pp.284-293, April, 1991.

  8. ATM-based Applications, Protocols, Services (TCP over ATM)

    * Iakovos S. Venieris, John D. Angelopoulos, and George I. Stassinopou;ps, "Efficient Use of Protocol Stacks for LAN/MAN-ATM Interworking", IEEE JSAC, Vol.11, No.8, pp.1160-1171, October, 1993.

    * Brett J. Vickers and Tatsuya Suda, "Connectionless Service for Public ATM Networks", IEEE Comm. Mag., pp.34-42, August, 1994.

    * Jean-Yves Le Boudec, Andres Meier, Rainer Oechsle, and Hong Linh Truong, "Connectionless data service in an ATM-based customer premises network", Computer Noetworks and ISDN System, No.26, pp.1409-1424, 1994.

    * D. F. Box, D. P. Hong, T. Suda, "Architecture and Design of Connectionless Data Service for a Public ATM Network", IEEE INFOCOM'93, Proceedings Vol.2, pp.722-731, March, 1993.

    * W. Fischer, A. Hayter, etc., "Data Communications Using ATM:Architectures, Protocols, and Resource Management", IEEE Commun. Mag., pp.24-33, August, 1994.

    * Wolfgang Fischer, Ernst-Heinrich Goeldner, Nian Huang, "The Evolution from LAN/MAN to Broadband ISDN", ICC'91, pp1251-1257, 1991.

    * Shiro Sakata, "Multimedia Communication Protocols and Services for Broadband Private Networks", IEICE Trans. Commun., Vol.E77-B, No.3, pp.283-293, March, 1994.

    * Masafumi Katoh, etc., "A Network Architecture for ATM-Based Connectionless Data Services", IEICE Trans. Commun., Vol.E76B, No.3, pp.237-248, March, 1993.

    * Masayuki Murata, and Hideo Miyahara, "LAN Interworking through Broadband ISDN", IEICE Trans. Commun., Vol.E77-B, No.3, pp.294-305, March, 1994.

    * Yiwei Thomas Hou, etc., "Overview of Implementing ATM-Based Enterprise Local Area Network for Desktop Multimedia Computing", IEEE Commun. Mag., Vol.34, No.4, pp.70-77, April, 1996.

    * Hong Linh Truong, etc., "LAN Emulation on an ATM Network", IEEE Commun. Mag., Vol.33, No.5, pp.70-85, May, 1995.

    * Heinrich Armbruster, "The Flexibility of ATM: Supporting Future Multimedia and Mobile Communications", IEEE Commun. Mag., Vol.33, No.2, pp.76-85, February, 1995.

    * H. Jonathan, etc., "IP on ATM Local Area Network", IEEE Commun. Mag., Vol.32, No.8, pp.52-59, August, 1994.

    * R. Scott McKinney and Travis H, Gordon, "ATM for Narrowband Services", IEEE Commun. Mag., Vol.32, No.4, pp.64-73, April, 1994.

    * Scott L. Sutherland and John Burgin, "B-ISDN Interworking", IEEE Commun. Mag., Vol.31, No.8, pp.60-64, August, 1993.

    * Nail Kavak, "Data Communication in ATM Networks", IEEE Netw. Mag., Vol.9, No.3, pp.28-37, May/June, 1995.

    * Alan Berenbaum, etc., "A Flexible ATM-Host Interface for XUNET II", IEEE Netw. Mag., Vol.7, No.4, pp.18-23, July, 1993.

    * Gerald W. Neufeld, etc., "Parallel Host Interface for an ATM Network", IEEE Netw. Mag., Vol.7, No.4, pp.24-35, July, 1993.

    TCP over ATM(ABR)

    * ATM FORUM/95-0718 "TCP over ATM with ABR service versus UBR+EPD service" -> IEEE INFOCOM97 pp.1269-1276

    * Lampros Kalampoukas and Anujan Varma "Analysis of Source Policy in Rate-Controlled ATM Networks", ICC96 pp.508-512

    * Partho Protim Mishra "Effect of Leaky Bucket policing on TCP over ATM performance", ICC96 pp.1700-1706

    * Allyn Romanow and Sally Floyd, "Dynamics of TCP Traffic over ATM Netwokrs", IEEE J. Select. Areas Commun., Vol.13, No.4, pp.633-641, May, 1995.

    * Georgios Y.Lazarou, et al. "Using Measurements to Validate Simulation Models of TCP/IP over High Speed ATM Wide Area Networks", ICC96 pp.309 -314

    * Ramon Caceres, et al. "Characteristics of Wide-area TCP/IP Conversations" , ACM SIGCOMM '91

    * Boning Feng and Dipak Ghosal " Comparison of TCP-Tahoe and TCP-Reno over ATM ABR", IFIP Workshop ATM97, pp.44/1-44/10

    * ATM FORUM/97-0423 "Selective Acknowledgements and UBR+ Drop Policies to improve TCP/UBR Performance over Terrestrial and Satellite networks"

    * ATM FORUM/97-0177R2 "Performance of TCP over ABR with Long-Range Dependent VBR background Traffic over Terrestrial and Satellite ATM networks"

    * ATM FORUM/97-0424 "Guaranteed Rate for improving TCP performance on UBR+ over Terrestrial and Satellite networks" April 1997

  9. ATM Switches

    * Ra'ed Y.Awdeh, H.T.Mouftah "Survey of ATM switch architectures" Computer Networks and ISDN Systems 27 (1995) pp.1567-1613

    * 안윤영, 이우섭, 박홍식 "ABR 서비스를 위한 ATM 교환 시스템 구조 연구" 추계 통신학회논문지 1995

    * ATM FORUM/94-735R1 "Enhanced PRCA (Proportional Rate-Control Algorithm)" Larry Roberts, ATM Systems, - EPRCA switch (not Congestion Avoidance scheme, but ER feedback, beat-down problem 해결)

    * ATM FORUM/94-0883 "The OSU Scheme for Congestion Avoidance using Explicit Rate Indication", Raj Jain, et al. - Popular ER scheme, time-based congestion avoidance

    * ATM FORUM/95-0178R1 "A Sample Switch Algorithm", Raj Jain, et al. OSU(Ohio State University) -ERICA switch (Explicit Rate Indication for Congestion Avoidance)

    * ATM FORUM/94-0983 "Explicit Rate Performance Evaluations", Andrew W. Barnhart, Hughes Network Systems, - CAPC switch 1st version

    * ATM FORUM/95-0195 "Example Switch Algorithm for Section 5.4 of TM Spec.", Andrew W. Barnhart Hughes Network Systems -CAPC switch 2nd version (Congestion Avoidance using Proportional Control)

    * ATM FORUM/95-0695 "NIST ER Switch Mechanism (An Example)" N.Golmie et al. -NIST switch (버퍼의 임계치, load factor 외에 측정에 의한 버퍼의 변화율을 이용하여 폭주 상태를 판단)

    * Joseph Y. Hui and Thomas Renner, "Queueing Analysis for Multicast Packet Switching", IEEE Trans. on Commun., Vol.42, No.2/3/4, pp.723-731, February/March/April, 1994.

    * Ellen Wite Zegura, "Architecture for ATM Switching Systems", IEEE Commun. Mag., Vol.31, No.2, pp.28-37, February, 1993.

    * Achelle Pattavina, "Nonblocking Architecture for ATM Switching", IEEE Commun. Mag., Vol.31, No.2, pp.38-49, February, 1993.

    * Sanjeev Kumar and Dharma P. Agrawal, "On Multicast Support for Shared-Memory-Based ATM Switch Architecture", IEEE Netw. Mag., Vol.10, No.1, pp.34-38, January/February, 1996.

    * Keisuke Takemori, Shigeki Shiokawa and Iwao Sasase " Performance Analysis of Multistage ATM switch with partially Shared buffers under unbalanced traffic" ICC '96 pp.687

  10. Signaling, OAM, ATM performance measurement

    * Thomas M. Chen, etc., "Parameter Estimation for Partially Observed Queues", IEEE Trans. on Commun., Vol.42, No.9, pp.2730-2739, September, 1994.

    * Tao Yang and Danny H. K. Tsang, "A Novel Approach to Estimaing the Cell Loss Probability in an ATM Multiplexer Loades with Homogeneous On-Off Sources", IEEE Trans. on Commun., Vol.43, No.1, January 1995.

    * E. D. Kollias, and G. I. Stassinopoulos, "ATM Performance Evaluation Under Transparencies of a Distributed System Environment(DSE)", IEEE JSAC, Vol.12, No.6, pp.1059-1071, August, 1994.

    * Ryutaro Kawamura and Ikuo Tokizawa, "Self-Healing Virtual Path Architecture in ATM Networks", IEEE Commun. Mag., Vol.33, No.9, pp.72-79, September, 1995.

    * Jnry J. Fowler, "TMN-Based Broadband ATM Network Management", IEEE Commun. Mag., Vol.33, No.3, pp.74-79, March, 1995.

    * Stephen Hayes, "Analyzing Network Performance Management", IEEE Commun. Mag., Vol.31, No.5, pp.52-59, May, 1993.

    * Stephen C. Farkough, "Managing ATM-based Broadband Networks", IEEE Commun. Mag., Vol.31, No.5, pp.82-87, May, 1993.

  11. Misc. & Related Papers

    * Thomas D. Ndousse, "Fuzzy Neural Control of Voice Cells in ATM Networks", IEEE J. Select. Areas Commun., Vol.12, No.9, pp.1488-1494, December, 1994.

    * Klaus Peter May, etc., "A Fast Restoration System for ATM-Ring-Based LANs", IEEE Commun. Mag., Vol.33, No.9, pp.90-99, September, 1996.

    * Maurizio Denica, etc., "The ATM Test-Bed: An Experimental Platform for Broadband Communications", IEEE Commun. Mag., Vol.32, No.10, pp.78-83, October, 1994.

    * Shiro Sakata, "B-ISDN Multimedia Workstation Architecture", IEEE Commun. Mag., Vol.31, No.8, pp.64-69, August, 1993.

    * Chatschik Bisdikian, etc., "The Use of Priorities on Token-Ring Networks for Multimedia Traffic", IEEE Netw. Mag., Vol.9, No.6, pp.28-37, November/December, 1995.

    * Grenville J. Armitage and Keith M. Adams, "Packet Reassembly During Cell Loss", IEEE Netw. Mag., Vol.7, No.5, pp.26-35, September, 1993.

    * Riaz Ahmad and Fred Halsall, "Interconnecting High-Speed LANs and Backbones", IEEE Netw. Mag., Vol.7, No.5, pp.36-43, September, 1993.

    * Cynthia Bagwell Tipper and John N. Daigle, "ATM Cell Delay and Loss for Best-Effort TCP in the Presence of Isochronous Traffic", IEEE J. Select. Areas Commun., Vol.13, No.8, pp.1457-1464, October, 1995.

    * Jack Brassil, "Peak Rate Regulation Maintains Service Quality in ATM LAN/MAN Interconnection", IEEE INFOCOM'94, pp.902-909, 1994.

    * Anurag Kumar and Robert G. Cole, "Comparative performance of interleaved and non-interleaved pipelining in ATM terminal adapters", Computer Networks and ISDN Systerms, Vol.27, pp.521-535, 1995.

    * J.V.Nielsen, L.Dittman, J.K.Madsen and P.S.Lassen, "VLSI implementation of a Fairness ATM Buffer System" ICC '96 pp.681

    * 정운해 "ATM 으로 이전하기" 허성민 "ATM의 기능과 서비스" , 컴퓨터와 커뮤니케이션 1996.4

/ Last updated at 8th November 1997 /