Michael G. Hluchyj - researchr alias

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Viewing Publication 1 - 25 from 25

1998

On the effectiveness of topology update mechanisms for ATM networksMete Kabatepe, Michael G. Hluchyj. icc 1998: 1134-1139 [doi]

1994

Buffer Allocation for Frame Reassembly and Queueing in ATM NetworksPierre A. Humblet, Whay Chiou Lee, Michael G. Hluchyj. infocom 1994: 510-515

Dynamic Connection Management for Call-Level QOS Guarantee in Integrated Communication NetworksWhay Chiou Lee, Michael G. Hluchyj. infocom 1994: 1073-1082

On Closed-Loop Rate Control for ATM Cell Relay NetworksNanying Yin, Michael G. Hluchyj. infocom 1994: 99-108

1993

On the Queueing Behavior of Multiplexed Leaky Bucket Regulated SourcesMichael G. Hluchyj, Nanying Yin. infocom 1993: 672-679

Ballot theorems applied to the transient analysis of nD/D/1 queuesPierre A. Humblet, Amit Bhargava, Michael G. Hluchyj. ton, 1(1):81-95, 1993. [doi]

Rule-Based Call-by-Call Source Routing for Integrated Communication NetworksWhay Chiou Lee, Michael G. Hluchyj, Pierre A. Humblet. infocom 1993: 987-993

On Per-Session End-to-End Delay Distributions and the Call Admission Problem for Real-Time Applications with QOS RequirementsDavid J. Yates, James F. Kurose, Donald F. Towsley, Michael G. Hluchyj. sigcomm 1993: 2-12 [doi]

Analysis of the Leaky Bucket Algorithm for ON-OFF Data SourcesNanying Yin, Michael G. Hluchyj. jhsn, 2(1):81-98, 1993. [doi]

Implication of dropping packets from the front of a queueNanying Yin, Michael G. Hluchyj. tcom, 41(6):846-851, 1993. [doi]

1991

A Dynamic Rate Control Mechanism for Integrated NetworksNanying Yin, Michael G. Hluchyj. infocom 1991: 543-552

A Dynamic Rate Control Mechanism for Source Coded Traffic in a Fast Packet NetworkNanying Yin, Michael G. Hluchyj. jsac, 9(7):1003-1012, 1991.

1990

Frame Losses Due To Buffer Overflows in Fast Packet NetworksAmit Bhargava, Michael G. Hluchyj. infocom 1990: 132-139

1989

Using a packet switch for circuit-switched traffic: a queueing system with periodic input trafficMark J. Karol, Michael G. Hluchyj. tcom, 37(6):623-625, 1989. [doi]

1988

1987

A Knockout Switch for Variable-Length PacketsKai Y. Eng, Michael G. Hluchyj, Yu Shuan Yeh. jsac, 5(9):1426-1435, 1987. [doi]

Input Versus Output Queueing on a Space-Division Packet SwitchMark J. Karol, Michael G. Hluchyj, Samuel P. Morgan. tcom, 35(12):1347-1356, 1987. [doi]

The Performance of Random and Optimal Scheduling in a Time-Multiplex SwitchChristopher Rose, Michael G. Hluchyj. tcom, 35(8):813-817, 1987. [doi]

The Knockout Switch: A Simple, Modular Architecture for High-Performance Packet SwitchingYu Shuan Yeh, Michael G. Hluchyj, Anthony S. Acampora. jsac, 5(8):1274-1283, 1987. [doi]

1984

A new local area network architecture using a centralized busAnthony S. Acampora, Michael G. Hluchyj. cm, 22(8):12-21, 1984. [doi]

1983

Performance analysis of a preemptive priority queue with applications to packet communication systemsMichael G. Hluchyj, Chan David Tsao, Robert Boorstyn. bstj, 62(10):3225-3245, 1983. [doi]

1981

Multiple access communication: the finite user population problemMichael G. Hluchyj. PhD thesis, Massachusetts Institute of Technology, Cambridge, MA, USA, 1981. [doi]

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