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József Bíró Vis

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*2007
41EEGábor Rétvári, József Bíró, Tibor Cinkler: Routing-Independent Fairness in Capacitated Networks. ICC 2007: 6344-6349
40EEGábor Rétvári, József Bíró, Tibor Cinkler: Fairness in Capacitated Networks: A Polyhedral Approach. INFOCOM 2007: 1604-1612
39EESzabolcs Mate Kis, József Bíró, Sandor Szekely: Estimation of Multiplexing Gain on Small Business VoIP Networks. ISCC 2007: 913-919
38 Mátyás Martinecz, András Kern, Zalán Heszberger, József Bíró: Architecture and Configuration of Broadband Access Networks Supporting Multimedia Applications. I. J. Comput. Appl. 14(1): 2-12 (2007)
37EEGábor Rétvári, József Bíró, Tibor Cinkler: On shortest path representation. IEEE/ACM Trans. Netw. 15(6): 1293-1306 (2007)
36EEDung-Dinh Luong, Attila Vidács, József Bíró, Trang Dinh Dang, Daisuke Satoh, Keisuke Ishibashi: Unicast probing techniques for estimation of shared loss rate. Int. J. Communication Systems 20(5): 613-632 (2007)
2006
35EEJózsef Bíró: Bandwidth Requirement Estimates Based on Asymptotic Loss Performance Analysis with QoS Constraint. GLOBECOM 2006
34EEMohamed Yahia, József Bíró: Behavior of TCP algorithms on ad-hoc networks based on Different Routing Protocols(MANETs) and propagation models. ICWMC 2006: 40
33EETero Laine, József Bíró, Jussi Riihelä, Jens Jensen, Magnus Karlson, Peter Kristiansson: Searching for Synergy: Java and SAF AIS. ISAS 2006: 229-252
32EEGábor Rétvári, József Bíró, Tibor Cinkler: On Improving the Accuracy of OSPF Traffic Engineering. Networking 2006: 51-62
31EEAndrás Gulyás, József Bíró: Workload Loss Examinations with a Novel Probabilistic Extension of Network Calculus. Networking 2006: 533-544
30EEJózsef Bíró: Loss ratio approximations in buffered systems with regulated inputs. VALUETOOLS 2006: 68
2005
29EEGábor Rétvári, József Bíró, Tibor Cinkler, Tamás Henk: A precomputation scheme for minimum interference routing: the least-critical-path-first algorithm. INFOCOM 2005: 260-268
28EEJózsef Bíró, András Gulyás, Zalán Heszberger: A Novel Direct Upper Approximation for Workload Loss Ratio in General Buffered Systems. NETWORKING 2005: 718-729
27EEFelician Németh, Peter Barta, Róbert Szabó, József Bíró: Network internal traffic characterization and end-to-end delay bound calculus for generalized processor sharing scheduling discipline. Computer Networks 48(6): 910-940 (2005)
26EEJózsef Bíró, András Gulyás, Mátyás Martinecz: Parsimonious estimates of bandwidth requirement for quality of service packet networks. Perform. Eval. 59: 159-178 (2005)
2004
25 István Moldován, Trang Dinh Dang, József Bíró, Daisuke Satoh, Keisuke Ishibashi: Bottleneck links detection method based on passive monitoring. Communications, Internet, and Information Technology 2004: 115-121
24EEJózsef Bíró, András Gulyás, T. Szenasi, Zalán Heszberger: Distribution-free conservative bounds for QoS measures. ISCC 2004: 915-920
23EEGábor Rétvári, József Bíró, Tibor Cinkler: A novel Lagrangian-relaxation to the minimum cost multicommodity flow problem and its application to OSPF traffic engineering. ISCC 2004: 957-962
22EEJózsef Bíró, Zalán Heszberger, Mátyás Martinecz: A Family of Performance Bounds for QoS Measures in Packet-Based Networks. NETWORKING 2004: 1108-1119
21EEGábor Rétvári, Róbert Szabó, József Bíró: On the Representability of Arbitrary Path Sets as Shortest Paths: Theory, Algorithms, and Complexity. NETWORKING 2004: 1180-1191
2003
20EEFelician Németh, Peter Barta, József Bíró: Network Level Call Admission Control Algorithms for Generalized Processor Sharing Scheduling Discipline. ISCC 2003: 1299-1305
19EEDinh-Dung Luong, Attila Vidács, József Bíró, Daisuke Satoh, Keisuke Ishibashi: Unicast Probing to Estimate Shared Loss Rate. MMNS 2003: 503-515
18EEPeter Barta, Felician Németh, Róbert Szabó, József Bíró: Call admission control in generalized processor sharing schedulers with tight deterministic delay bounds. Computer Communications 26(2): 65-78 (2003)
17EEGergely Seres, Árpád Szlávik, János Zátonyi, József Bíró: Towards efficient decision rules for admission control based on the many sources asymptotics. Perform. Eval. 53(3-4): 209-223 (2003)
2002
16EEPeter Barta, Felician Németh, Róbert Szabó, József Bíró: Call admission control algorithms for tandem generalized processor sharing networks. ISCC 2002: 789-795
15EEDinh-Dung Luong, József Bíró: Analysis and application of congestion measures. ISCC 2002: 843-848
14EEGergely Seres, Árpád Szlávik, János Zátonyi, József Bíró: Alternative admission rules based on the many sources asymptotics. ISCC 2002: 995-1000
13EEGergely Seres, Árpád Szlávik, János Zátonyi, József Bíró: Towards Efficient Decision Rules for Admission Control Based on the Many Sources Asymptotics. NETWORKING 2002: 166-177
12EEDinh-Dung Luong, József Bíró: Hop-by-hop versus end-to-end active measurements. Computer Communications 25(10): 954-963 (2002)
11EEZalán Heszberger, József Bíró: An optimization neural network model with time-dependent and lossy dynamics. Neurocomputing 48(1-4): 53-62 (2002)
10 Zalán Heszberger, János Zátonyi, József Bíró: Performance bounds for rate envelope multiplexing. Perform. Eval. 48(1/4): 87-101 (2002)
9 Zalán Heszberger, János Zátonyi, József Bíró: Efficient Chernoff-Based Resource Assessment Techniques in Multi-Service Networks. Telecommunication Systems 20(1-2): 59-80 (2002)
2001
8EEPeter Barta, Felician Németh, Róbert Szabó, József Bíró: End-to-End Delay Bound Calculation in Generalized Processor Sharing Networks. ISCC 2001: 282-287
2000
7EEZalán Heszberger, József Bíró, Edith Halász: An optimization neural network model with time-dependent and lossy dynamics. ESANN 2000: 287-292
6EERóbert Szabó, Peter Barta, Felician Németh, József Bíró: Call Admission Control in Generalized Processor Sharing (GPS) Schedulers Using Non-Rate Proportional Weighting of Sessions. INFOCOM 2000: 1243-1252
5EECsaba Antal, József Bíró, Tamás Henk, Gergely Mátéfi: Performance Evaluation of a Time Division Multiplexing Method Applicable for Dynamic Transfer Mode Networks. ISCC 2000: 34-39
4EERóbert Szabó, Peter Barta, Felician Németh, József Bíró: Worst-Case Deterministic Delay Bounds for Arbitrary Weighted Generalized Processor Sharing Schedulers. NETWORKING 2000: 727-739
3 Octavian Pop, István Moldován, Csaba Simon, József Bíró, Arata Koike, Hiroshi Ishii: Advertised Window-Based TCP Flow Control in Routers. SMARTNET 2000: 197-218
1997
2 András Faragó, József Bíró, Tamás Henk, Miklós Boda: Analog Neural Optimization for ATM Resource Management. IEEE Journal on Selected Areas in Communications 15(2): 156-164 (1997)
1996
1 József Bíró, Edith Halász, Tibor Trón, Miklós Boda, Gábor Privitzky: Neural Networks for Exact Constrained Optimization. ICANN 1996: 537-542

Coauthor Index

1Csaba Antal [5]
2Peter Barta [4] [6] [8] [16] [18] [20] [27]
3Miklós Boda [1] [2]
4Tibor Cinkler [23] [29] [32] [37] [40] [41]
5Trang Dinh Dang [25] [36]
6András Faragó [2]
7András Gulyás [24] [26] [28] [31]
8Edith Halász [1] [7]
9Tamás Henk [2] [5] [29]
10Zalán Heszberger [7] [9] [10] [11] [22] [24] [28] [38]
11Keisuke Ishibashi [19] [25] [36]
12Hiroshi Ishii [3]
13Jens Jensen [33]
14Magnus Karlson [33]
15András Kern [38]
16Szabolcs Mate Kis [39]
17Arata Koike [3]
18Peter Kristiansson [33]
19Tero Laine [33]
20Dinh-Dung Luong [12] [15] [19]
21Dung-Dinh Luong [36]
22Mátyás Martinecz [22] [26] [38]
23Gergely Mátéfi [5]
24István Moldován [3] [25]
25Felician Németh [4] [6] [8] [16] [18] [20] [27]
26Octavian Pop [3]
27Gábor Privitzky [1]
28Gábor Rétvári [21] [23] [29] [32] [37] [40] [41]
29Jussi Riihelä [33]
30Daisuke Satoh [19] [25] [36]
31Gergely Seres [13] [14] [17]
32Csaba Simon [3]
33Róbert Szabó [4] [6] [8] [16] [18] [21] [27]
34Sandor Szekely [39]
35T. Szenasi [24]
36Árpád Szlávik [13] [14] [17]
37Tibor Trón [1]
38Attila Vidács [19] [36]
39Mohamed Yahia [34]
40János Zátonyi [9] [10] [13] [14] [17]

Colors in the list of coauthors

Copyright © Tue Nov 3 08:52:44 2009 by Michael Ley (ley@uni-trier.de)