Side_1_360

(Dana P.) #1

7 Arvidsson, Å. High Level B-ISDN/ATM
Traffic Management in Real Time. In: Perf.
Modelling and Evaluation of ATM Networks.
D Kouvatsos (Ed.). London, Chapman and
Hall, 1995, 873–878.


8 Berezner, S et al. Local Reconfiguration of
ATM Virtual Path Connection Networks. In:
IFIP TC6/WG6.2 Proceedings 5th Interna-
tional Conference on Broadband Communi-
cations.D Tsang, P Kühn (Eds.). Kluwer
Academic Publishers, 1999, 621–630.


9 Larsson, S-O. Capacity Management with
Logical Links.Department of Telecommuni-
cations and Signal Processing, Blekinge
Institute of Technology, Sweden, 2000.
(Ph.D. dissertation.) ISBN 91-628-4293-5.


10 Tran-Gia, P, Vicari, N (Eds.). Impacts of
New Services on the Architecture and Per-
formance of Broadband Networks.Univer-
sity of Würzburg, Germany, COST-257
Final Report, 2000. ISBN 3-930111-10-1.


11 Weinstein, C, Malpass, M, Fisher, M. Data
Traffic Performance of an Integrated Circuit
and Packet-Switched Multiplex Structure.
IEEE Trans. on Commun.,6 (28), 873–878,
1980.


12 Arvidsson, Å et al. Cost-Effective Deploy-
ment of Bandwidth Partitioning in Broad-
band Networks.Submitted.


13 Anerousis, N, Lazar, A. Virtual Path Control
for ATM Networks with Call Level Quality
of Service Guarantees. IEEE ACM Trans. on
Networking, 6 (2), 222–236, 1998.


14 Arvidsson, Å, Berezner, S, Krzesinski, A.
The Design and Management of ATM Vir-
tual Path Connection Networks. In: Proceed-
ings of the 7th International Symposium on
Modeling, Analysis, and Simulation of Com-
puter and Telecommunication Systems
(MASCOTS’99).College Park, Maryland,
USA, 1999, 2–9.


15 Arvidsson, Å et al. The design of ATM Vir-
tual Path Connection Networks with Service
Separation. In: Proc. 8th International Sym-
posium on Modeling, Analysis, and Simula-
tion of Computer and Telecommunication
Systems (MASCOTS’00).San Francisco,
California, USA, 2000, 424–431.


16 Mitra, D, Morrison, J, Ramakrishnan, K.
ATM Network Design and Optimization: a
Multirate Loss Network Framework. In:
Proc. of IEEE Infocom ’96.San Francisco,
California, USA, 1996, 994–1003.

17 Roughan, M, Erramilli, A, Veitch, D. Net-
work Performance for TCP Networks, Part I:
Persistent Sources. In: Proc. 17th Interna-
tional Teletraffic Congress.Salvador, Bahia,
Brazil, 2001. To appear.

18 Mattis, M et al. The Macroscopic Behaviour
of the TCP Congestion Avoidance Algo-
rithm. Computer Communication Review, 3
(27), 67–82, 1997.

19 Padhye, J et al. Modeling TCP Throughput:
A Simple Model and its Empirical Valida-
tion. In: Proc. ACM Sigcomm ’98.Vancou-
ver, Canada, 1998, 303–314.

20 Cardwell, N, Savage, S, Anderson, T. Mod-
eling TCP Latency. In: Proc. IEEE Infocom
’00.Tel Aviv, Israel, 2000, 1742–1751.

21 Arvidsson, Å, Krzesinski, A. The Design of
MPLS Networks for Optimal TCP Trans-
port. In: Proc. 4th South African Telecom-
munications, Networks and Applications
Conference.Margate, South Africa, 2001.

22 IETF. Stevens, W. TCP Slow Start, Conges-
tion Avoidance, Fast Retransmit, and Fast
Recovery Algorithms.1997. (RFC 2001.)

23 Stevens, W. TCP/IP Illustrated, Volume 1.
Reading, Massachusetts, Addison-Wesley,
1999.

24 Berezner, S, Krzesinski, A. An Efficient Sta-
ble Recursion to Compute Multiservice
Blocking Probabilities. Performance Evalua-
tion,2–3 (43), 151–164, 2001.
Free download pdf