It is our pleasure to invite you to the IFIP WG 7.3 Performance 2025 conference — the 43rd International Symposium on Computer Performance, Modeling, Measurements and Evaluation, which will be held at the Centrum Wiskunde & Informatica (CWI) in Amsterdam (NL) on November 11-13, 2025.

This conference aims to bring together researchers interested in understanding and improving the performance of communication systems through state-of-the-art quantitative models and solution techniques. The conference has a long tradition and has followed an 18-month cycle for many years, recently changing to a two-year cycle. 

News (updated on November 7)

• The PDFs of short papers, poster abstracts, and long paper abstracts are linked at this page. 
  
  
• The details of the social event and dinner are now available at this page.
  
  
• There will now be two poster sessions, taking place on Tuesday between 16:30 and 17:15 and on Wednesday, between 13:00 and 13:30.
  
  
• The full list of tutorials and keynotes is now available on the keynotes and tutorials page.
  
  
• The accepted papers and the sessions in which they will be featured are available in the technical program.
  
  
• The program at a glance is now live, see the dedicated page. Different from what was previously announced, the WG7.3 business meeting will take place on the evening of Wednesday, November 12 (and not on Monday, November 10).
  
  
• The registration is now open, see this URL. Each accepted paper should be presented in person and have at least one author registered.
  
  
  

Conference themes

The IFIP PERFORMANCE 2025 conference welcomes submissions of research papers on algorithm design, mathematical analysis and modeling, simulation, and measurement techniques for computer systems and communication networks.  

Topics of interest include, but are not limited to, the following.

Performance-oriented methodologies include:

• Analytical modeling techniques and model validation
• Anomaly detection, problem diagnosis, and troubleshooting
• Capacity planning, resource allocation, routing, scheduling, and quality of service
• Experimental design, statistical analysis, simulation
• Game theory, network economics, and platform design
• Machine learning, data mining, graph analysis, optimization
• Performance, scalability, power, and reliability analysis
• Stochastic modeling, statistical analysis, and simulation
• Sustainability analysis and power management
• Complex networks, sorting, and ranking
• System measurement, performance monitoring, and forecasting
• Workload characterization and benchmarking

Evaluation techniques and algorithms for:

• Artificial intelligence and machine learning platforms
• Blockchains and cryptocurrency
• Computer architectures and operating systems
• Cyber-physical systems, the Internet of Things, and smart grids
• Data centers, content delivery, cloud computing, and virtualization
• High-performance computing
• Internet and web services
• Mobile and personal computing systems
• Network architectures, protocols, and congestion control
• Network economics and platform design
• Privacy and algorithmic fairness
• Security systems
• Storage systems and data centers
• Social networks, multimedia systems, and smart grid
• Virtualization, data centers, distributed and cloud computing, fog, and edge computing
• Quantum computing and quantum communication
• Wireless, ad-hoc, and cellular networks