WOSP 1998: Santa Fe, New Mexico, USA

• Christiane Shousha, Dorina C. Petriu, Anant Jalnapurkar, Kennedy Ngo:
  Applying performance modelling to a telecommunication system. 1-6
  
• Richard Singer:
  Overview of 5ESS-2000 switch performance. 7-13
  
• Pete Utton, Gino Martin:
  Further experiences with software performance modelling. 14-15
  
• A. Inkeri Verkamo:
  Performance evaluation of a knowledge discovery system. 16-17
  
• Ewa Deelman, Aditya Dube, Adolfy Hoisie, Yong Luo, Richard L. Oliver, David Sundaram-Stukel, Harvey J. Wasserman, Vikram S. Adve, Rajive Bagrodia, James C. Browne, Elias N. Houstis, Olaf M. Lubeck, John R. Rice, Patricia J. Teller, Mary K. Vernon:
  Poems: end-to-end performance design of large parallel adaptive computational systems. 18-30
  
• C. Murray Woodside, Curtis E. Hrischuk, Bran Selic, Stefan Bayarov:
  A wideband approach to integrating performance prediction into a software design environment. 31-41
  
• David P. Kelly, Robert Oshana:
  Software performance engineering a digital signal processing application. 42-48
  
• Martin Steppler:
  Performance analysis of communication systems formally specified in SDL. 49-62
  
• Daniel A. Menascé, Hassan Gomaa:
  On a language based method for software performance engineering of client/server systems. 63-69
  
• Jianli Xu, Juha Kuusela:
  Modeling execution architecture of software system using colored Petri nets. 70-75
  
• Prabuddha Biswas:
  Issues in cache management algorithms for commercial software systems. 76-77
  
• Mary Hessel:
  Avoiding the software performance crisis. 78-79
  
• Filippos I. Vokolos, Elaine J. Weyuker:
  Performance testing of software systems. 80-87
  
• Vesa Hirvisalo:
  Experience in performance analysis of large real-time systems. 88-92
  
• Deb Manhardt:
  Applications optimization methodology - an approach. 93-100
  
• Adrian E. Conway:
  Performance modeling of layered network protocol software implemented with UNIX STREAMS facilities: application to a frame relay access device. 101-106
  
• Sridhar Ramesh, Harry G. Perros:
  A multi-layer client-server queueing network model with synchronous and asynchronous messages. 107-119
  
• Greg Franks, C. Murray Woodside:
  Performance of multi-level client-server systems with parallel service operations. 120-130
  
• Brian A. Nixon:
  Managing performance requirements for information systems. 131-144
  
• Gail C. Murphy, Ekaterina Saenko:
  Predicting memory use from a class diagram using dynamic information. 145-151
  
• Yong Luo, Olaf M. Lubeck, Harvey J. Wasserman, Federico Bassetti, Kirk W. Cameron:
  Development and validation of a hierarchical memory model incorporating CPU- and memory-operation overlap model. 152-163
  
• Lloyd G. Williams, Connie U. Smith:
  Performance evaluation of software architectures. 164-177
  
• Simonetta Balsamo, Paola Inverardi, Calogero Mangano:
  An approach to performance evaluation of software architectures. 178-190
  
• Chung-Horng Lung, Anant Jalnapurkar, Asham El Rayess:
  Performance-oriented software architecture engineering: an experience report. 191-196
  
• Håkan Grahn, Jan Bosch:
  Some initial performance characteristics of three architectural styles. 197-198
  
• Elizabeth Borowsky, Richard A. Golding, P. Jacobson, Arif Merchant, L. Schreier, Mirjana Spasojevic, John Wilkes:
  Capacity planning with phased workloads. 199-207
  
• Douglas P. Konkin, Gregory M. Oster, Richard B. Bunt:
  Exploiting software interfaces for performance measurement. 208-218
  
• Jerome A. Rolia, Vidar Vetland:
  Correlating resource demand information with ARM data for application services. 219-230
  

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