Neil J. Gunther

Q: What Schools Are Affiliated With Neil J. Gunther

Neil J. Gunther is affiliated with the following schools: La Trobe University, San Jose State University, University of Southampton

Neil J. Gunther's AcademicInfluence.com Rankings

Neil J. Gunther

Physics

#4306

World Rank

#5940

Historical Rank

physics Degrees

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Physics

Why Is Neil J. Gunther Influential?

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According to Wikipedia, Neil Gunther is a computer information systems researcher best known internationally for developing the open-source performance modeling software Pretty Damn Quick and developing the Guerrilla approach to computer capacity planning and performance analysis. He has also been cited for his contributions to the theory of large transients in computer systems and packet networks, and his universal law of computational scalability.

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Neil J. Gunther's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

The Practical Performance Analyst (1998) (102)
Goldstone modes in vacuum decay and first-order phase transitions (1980) (85)
Analyzing computer system performance with Perl::PDQ (2005) (73)
Guerrilla capacity planning - a tactical approach to planning for highly scalable applications and services (2006) (72)
Benchmark for image retrieval using distributed systems over the Iinternet: BIRDS-I (2000) (55)
A Simple Capacity Model of Massively Parallel Transaction Systems (1993) (46)
A General Theory of Computational Scalability Based on Rational Functions (2008) (41)
The Practical Performance Analyst: Performance-by-Design Techniques for Distributed Systems (1997) (27)
Hadoop superlinear scalability (2015) (26)
Hadoop Superlinear Scalability (2015) (17)
A quantum imager for intensity correlated photons (2008) (16)
Performance and Scalability Models for a Hypergrowth e-Commerce Web Site (2000) (15)
A New Interpretation of Amdahl's Law and Geometric Scalability (2002) (13)
A Methodology for Optimizing Multithreaded System Scalability on Multi-cores (2011) (13)
Path Integral Methods for Computer Performance Analysis (1989) (12)
Performance of packet-to-cell segmentation schemes in input buffered packet switches (2004) (11)
Understanding The MP Effect: Multiprocessing In Pictures (1996) (9)
Path Integral Evaluation of Aloha Network Transients (1990) (8)
On the application of a monolithic array for detecting intensity-correlated photons emitted by different source types. (2009) (8)
Analyzing Computer System Performance with Perl::PDQ (2. ed.) (2011) (8)
Towards practical design rules for quantum communications and quantum imaging devices (2005) (6)
Unification of Amdahl's Law, LogP and Other Performance Models for Message-Passing Architectures (2005) (6)
Performance Evaluation of Packet-to-Cell Segmentation Schemes in Input Buffered Packet Switches (2004) (6)
Getting in the Zone for Successful Scalability (2008) (6)
Characterization of the burst stabilization protocol for the RR/RR CICQ switch (2003) (6)
Performance Analysis And Capacity Planning For Datacenter Parallelism (1995) (6)
The Dynamics of Performance Collapse in Large-Scale Networks and Computers (2000) (5)
Benchmarking Blunders and Things That Go Bump in the Night (2004) (5)
Time—The Zeroth Performance Metric (2011) (5)
e-Ticket Capacity Planning: Riding the e-Commerce Growth Curve (2000) (4)
Issues facing commercial OLTP applications on MPP platforms (1994) (3)
How to Emulate Web Traffic Using Standard Load Testing Tools (2016) (3)
Hypernets - Good (G)news for Gnutella (2002) (3)
Capacity Planning for Solaris SRM: "All I Ever Want is My Unfair Advantage" (And Why You Can't Have It) (1999) (3)
Analyze System Scalability with the Universal Scalability Law (2014) (2)
Performance pathways (1990) (2)
ParcBench: a benchmark for shared-memory architectures (1989) (2)
A New Interpretation of Instabilities in Computer Performance Models (1988) (2)
Linux Load Average (2011) (2)
Design rules for quantum imaging devices: experimental progress using CMOS single-photon detectors (2006) (2)
A Note on Parallel Algorithmic Speedup Bounds (2011) (2)
Retrospective Observation of Ball Lightning (2022) (1)
qcomp: A Tool for Assessing Online Transaction Processing Scalability (1994) (1)
Linux-Tomcat Application Performance on Amazon AWS (2018) (1)
Capacity Planning Boot Camp (2007) (1)
Photonic information processing needs quantum design rules (2006) (1)
Seeing It All at Once with Barry (2007) (1)
(Numerical) Investigations into Physical Power-law Models of Internet Trac Using the Renormalization Group (2005) (1)
Comment on the classical limit of Feynman path integrals (1977) (1)
Performance Modeling Of Large Transients In Computer Systems (1995) (1)
Linux Load Average Revealed (2004) (1)
Hit-and-run tactics enable guerrilla capacity planning (2002) (1)
Solaris System Resource Manager: All I Ever Wanted Was My Unfair Advantage (And Why You Can't Have It!) (2000) (0)
Experiments supporting the concept of a g(2)-camera (2008) (0)
Pretty Damn Quick—A Slow Introduction (2011) (0)
Performance Bounds and Log Jams (2011) (0)
The Instrumentation Challenge for Linux Servers in the 21 st Century (2008) (0)
The Wheel of Performance and Lamborgini-style Analysis (1997) (0)
Queueing Systems for Computer Systems (2011) (0)
Measurement Tools and Techniques (2011) (0)
The Answer is Still 42 but What's the Question? The Paradox of Open Systems Benchmarks (1994) (0)
Super Sizing Your Servers and the Payback Trap (2014) (0)
Debating and public speaking : how to speak and argue effectively (1987) (0)
UNIX Resource Managers: Capacity Planning and Resource Issues (2000) (0)
New Journal of Physics A quantum imager for intensity correlated photons (2009) (0)
The virtualization spectrum from hyperthreads to GRIDs (2006) (0)
Linux Load Average—Take a Load Off! (2005) (0)
Capacity Planning Boot Camp Part III: Going Guerrilla (2008) (0)
Web Application Analysis with PDQ (2011) (0)
Erlang Redux: An Ansatz Method for Solving the M/M/m Queue (2020) (0)
Techniques for modelling large transient performance: estimating small numbers and BIG consequences! (1994) (0)
Moving Beyond Monitoring . . . PDQ ( Pretty Damn Quick ) (2007) (0)
How to Get Beyond Monitoring, Pretty Damn Quick! (2009) (0)
Capacity Planning and Performance Issues (2000) (0)
RECONSTRUCTING THE FUTURE: CAPACITY PLANNING WITH DATA THAT'S GONE TROPPO (2006) (0)
P = FS: Parallel is Just Fast Serial (2020) (0)
Dynamical symmetries of the time-dependent Lewis-Riesenfeld harmonic oscillator (1979) (0)
Seeing the forest in the tree: applying VRML to mathematical problems in number theory (1999) (0)
The X-Files: Investigating Alien Performance in a Thin-Client World (2000) (0)
Bilinear Model of Blocking Transients in Large Circuit Switching Networks (1990) (0)
How to Scale an Elephant with PDQ (2011) (0)
PARCBench: A Benchmark Methodology for Multiprocessors (1988) (0)
Getting the Jump on Queueing (2011) (0)
D C ] 1 7 O ct 2 00 2 A New Interpretation of Amdahl ’ s Law and Geometric Scaling ∗ (2008) (0)
Why Queues Rule Performance Analysis (2011) (0)
Multidimensional Visualization of ORACLE Performance Using Barry007 (2008) (0)
Sins of Precision: Damaging Digits in Capacity Calculations (2002) (0)
Understanding Load Averages and Stretch Factors (2007) (0)
"CMG-T: Capacity Planning Boot Camp, Parts 1-3" (2008) (0)
Virtual Machine Analysis with PDQ (2011) (0)
Capacity Planning Boot Camp Part II: Metrics and Management (2008) (0)
A Note on Disk Drag Dynamics (2012) (0)
Multicomputer Analysis with PDQ (2011) (0)
Client/Server Analysis with PDQ (2011) (0)

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Other Resources About Neil J. Gunther

en.wikipedia.org

What Schools Are Affiliated With Neil J. Gunther?

Neil J. Gunther is affiliated with the following schools:

Neil J. Gunther's Academic­Influence.com Rankings