ACM SIGMETRICS sponsors three major awards to recognize important contributions in the area of performance evaluation.
- The SIGMETRICS Achievement Award recognizes a senior researcher who has made long-lasting influential contributions to computer/communication performance evaluation.
- The SIGMETRICS Rising Star Researcher Award recognizes a junior researcher who demonstrates outstanding potential for research in computer/communication performance evaluation.
- The SIGMETRICS Test of Time Award recognizes an influential SIGMETRICS paper from 10-12 years ago.
The SIGMETRICS Achievement Award
The ACM SIGMETRICS Achievement Award is given annually to
an individual who has made long-lasting, influential contributions
to the analysis of computer/communication system performance
evaluation. The contributions may be theoretical advances that have
influenced the techniques used to evaluate, control
and optimize computer system performance, practical procedures
or software tools that have been widely used to manage
system performance, or innovative applications of performance evaluation
models that have had impact on the design of computer/communication
In selecting the achievement award recipient, the Awards Committee will place particular emphasis on seminal contributions and a sustained record of high-impact in the field.
The award includes a plaque and a $2000 award, as well as expenses for travel to the ACM SIGMETRICS annual conference, where the award is presented. The recipient is also invited to give a technical talk at the conference.
The SIGMETRICS Achievement Award recipient is selected by an Awards Committee consisting of five individuals appointed by the SIGMETRICS Executive Committee.
2014: Prof. François Baccelli (press release)
2013: Dr. Jean Walrand (press release)
2012: Dr. Debasis Mitra (press release)
2011: Dr. Onno J. Boxma (press release)
2010: Dr. Jeffrey P. Buzen (press release)
2009: Dr. Frank Kelly (press release)
2008: Dr. Erol Gelenbe (press release)
2007: Dr. Don F. Towsley (press release)
2006: Dr. Richard R. Muntz (press release)
2005: Dr. Stephen S. Lavenberg (press release)
2004: Dr. Ken C. Sevcik (press release)
2003: Dr. Ed G. Coffman (press release)
The SIGMETRICS Rising Star Researcher Award
The ACM SIGMETRICS Rising Star Researcher Award is given annually to recognize a rising star in our community who demonstrates outstanding potential for research in the field of computer and communication performance. The selection is based on the impact of the candidate's work in the field in creating promising new ideas, paradigms, and tools related to the performance analysis of computer and communication systems, which may be analytical or empirical in nature. Depth and impact are valued over breadth of contribution for this award.
The recipient of the ACM SIGMETRICS Rising Star Researcher award is selected by a committee consisting of five individuals appointed by the SIGMETRICS Executive Committee.
The award includes a plaque and a $1000 honorarium or expenses for travel to attend the conference where the award is presented.
2014: Dr. Florian Simatos (press release)
2013: Prof. Augustin Chaintreau (press release)
2012: Dr. Marc Lelarge (press release)
2011: Prof. Adam Wierman (press release)
2010: Dr. Milan Vojnovic (press release)
2009: Prof. Alexandre Proutiere (press release)
2008: Prof. Devavrat Shah (press release)
The SIGMETRICS Test of Time Award
The ACM SIGMETRICS Test of Time Award
recognizes an influential performance evaluation paper whose impact
is still felt 10-12 years after its initial publication.
Stephen Blackburn, Perry Cheng, and Kathryn McKinley. "Myths and Realities: the Performance Impact of Garbage Collection." In Proceedings of ACM SIGMETRICS '04/PERFORMANCE '04.
This paper explores and quantifies garbage collection behavior for three canonical algorithms which encompass the key mechanisms and policies from which essentially all garbage collectors are composed. The study is unique in its breadth of garbage collection algorithms and its depth of analysis, and its observations are still resonating a decade after its publication.
Yin Zhang, Matthew Roughan, Nick Duffield, and Albert Greenberg. "Fast Accurate Computation of Large-Scale IP Traffic Matrices from Link Loads." In Proceedings of ACM SIGMETRICS 2003.
The paper presented a novel, remarkably fast, and accurate method for practical and rapid inference of traffic matrices in IP networks from link load measurements, augmented by readily available network and routing configuration information.
Tian Bu, N Duffield, FL Presti, and D. Towsley. "Network Tomography on General Topologies." In Proceedings of ACM SIGMETRICS 2002.
This paper is a pioneering work in network tomography and it presented novel and formal approaches to perform tomography on networks under general setting, from which various performance, e.g., delay, packet lost,..etc., can be estimated.
Yang-hua Chu, Sanjay Rao, and Hui Zhang. "A Case for End System Multicast." In Proceedings of ACM SIGMETRICS 2000.
This paper demonstrated that multicast functionality could be provided at end systems using an overlay network, with only modest performance penalties.
Lixin Gao and Jennifer Rexford. "Stable Internet Routing without Global Coordination." In Proceedings of ACM SIGMETRICS 2000.
This paper provided a formal analysis of BGP routing policies, and showed how to ensure convergence to stable Internet routes without requiring routers to divulge their BGP configurations.
Jeffrey P. Buzen. "Fundamental Laws of Computer System Performance." In Proceedings of ACM SIGMETRICS 1976.
This paper laid the groundwork for operational analysis.
Derek Eager, Ed Lazowska, and John Zahorjan. "A Comparison of Receiver-initiated and Sender-initiated Adaptive Load Sharing." In Proceedings of ACM SIGMETRICS 1985.
This paper provided fundamental results for practical load balancing strategies across a large number of servers in a distributed system.
Mark E. Crovella and Azer Bestavros. "Self-similarity in World Wide Web Traffic: Evidence and Possible Causes." In Proceedings of ACM SIGMETRICS 1996.
This paper explained the impact of the distribution of WWW document sizes on the buildup of self-similar traffic in the Internet.