Education

• MSEE, Computer Engineering, University of New Mexico, December 1999
• BS, Computer Engineering, University of New Mexico, December 1997

Publications

• The Ring Buffer Network Bus (RBNB) DataTurbine Streaming Data Middleware for Environmental Observing Systems, S. Tilak, Paul Hubbard, Matt Miller, and Tony Fountain, to appear in the Proceedings of the e-Science 2007.
• NEESit software overview: IT tools that facilitate earthquake engineering research and education, S. Whitmore, L. Van Den Einde, A. Kamrath, T. Warnock, D. Diehl, P. Hubbard, and W. Deng, Proceeds of the Eighth National Conference on Earthquake Engineering (8NCEE), San Franciso, April 2006.
  
• Using a Network Ring Buffer for Science and Outreach, Paul Hubbard, Jason Hanley, Terry Weymouth and Matthew Miller, November 2005.
• NEESGrid: A Distributed Collaboratory for Advanced Earthquake Engineering Experiment and Simulation, Billie Spencer Jr., Thomas A. Finholt, Ian Foster, Carl Kesselman, Cristina Beldica, Joe Futrelle, Sridhar Gullapalli, Paul Hubbard, Lee Liming, Doru Marcusiu, Laura Pearlman, Charles Severance, and Guangqiang Yang, 13th World Conference on Earthquake Engineering (WCEE), Vancouver B.C., August 1-6 2004.
  
• Distributed Hybrid Earthquake Engineering Experiments: Experiences with a Ground-Shaking Grid Application, Laura Pearlman, Carl Kesselman, Sridhar Gullapalli, B.F. Spencer Jr., Joe Futrelle, Kathleen Ricker, Ian Foster, Paul Hubbard, Charles Severance, Proceedings of the Thirteenth IEEE International Symposium on High-Performance Distributed Computing (HPDC-13), June 2004. 
• Wavelet-Domain Convolution for 3D Audio Localization, Paul Hubbard, Kristin Umland, Cristina Pereyra, and Thomas Caudell, Proceedings of Wavelets X (SPIE Annual meeting), August 2003. 
• The CDF Run II Disk Inventory Manager, Paul Hubbard and Stephan Lammel, Conference on Computers in High-Energy Physics (CHEP) 2001, Beijing, Sep. 2001. 
• The CDF Computing and Analysis System: First Experience, Rick Colombo, Paul Hubbard, Stephan Lammel, Mark Leininger, Fedor Ratnikov, and Terry Watts. Plenary talk, CHEP 2001, Beijing, Sep. 2001. 
• Particle Size Distribution Inferred from Small-Angle X-Ray Scattering and Transmission Electron Microscopy, Thomas Rieker, Aree Hanprasopwattana, Paul Hubbard and Abhaya Datye. Langmuir 1999, 15, pp. 638-641. 
• Neutron Reflectivity Investigation of the Effects of Harsh Environments on Ta₂N Thin Films, Thomas Rieker, Paul Hubbard, Jarek Majewski, and Neville Moody. Thin Solid Films (346)1-2, pp. 116-119, 1999. 
• The University of New Mexico / Sandia National Laboratories Small-Angle X-ray Scattering Laboratory, Thomas P. Rieker and Paul F. Hubbard, Review of Scientific Instrumentation,Vol. 69, number 10, October 1998, pp. 3504-3509.
•  Accelerated Aging of Tantalum Nitride Thin Film Resistive Coatings, Thomas Rieker, Paul Hubbard, Jarek Majewski, and Neville Moody. 1997 Los Alamos Neutron Science Center Research Highlights. 
• Monte Carlo Simulation of a Soller Slit Based Ultra Small-angle Neutron Scattering Instrument, Thomas Rieker and Paul Hubbard. Proceedings of the Workshop on Methods for Neutron Scattering Instrument Design, 1996.

Recent invited talks

• Open-source streaming data middleware, Scripps Technical Forum, Scripps Institute of Oceanography, December 6 2007.
• Advances in the NEES Distributed Testing Communication Protocol, Fast Hybrid Testing Workshop, Boulder CO, Nov 2006.

Professional affiliations

• Member, Institute of Electrical and Electronics Engineers (IEEE)
• Member, Association for Computing Machinery (ACM).

Professional services

• NSF site reviewer for the LEAD project, July 2005. Only non-Ph.D on the panel.

Professional Experience

• Responsible for design and implementation of all telepresence and telecontrol systems, as well as DAQ, video networks, network ring buffer and associated code. The current work is a distributed communications system, cross-platform, threaded, with tight performance goals and extreme reliability requirements. The code is C++, using OpenSSL, threading and test-driven development. Minor design work with stepper motors, signal conditioning, sensors, etc.
  
• I am also responsible for the selection, evaluation, purchasing and administration of servers, network gear (routers, VPNs, switches, NICs), network video equipment, still image cameras, DAQ hardware, sensors, workstations, etc.

• As part of the Globus grid computing project, I worked on the National Earthquake Engineering and Simulation Grid (NEESGrid) project.
• I was responsible for data acquistion, control systems, video and audio integration, capture, streaming, etc. Coding in C, Java, LabVIEW (for Linux, Win32, OS X) and miscellaneous scripting.

• Designed and implemented multithreaded, large scale cache code on IRIX, Linux and Solaris using TCP/IP and POSIX threads in C. This code used 11TB of disk as a cache/HFS for the 1.5PB Adic tape robot.
• As part of the data handling team, responsible for selection, evaluation installation and administration of servers, fibre channel RAID systems, tape robots, workstations and network equipment.
• The code was production and critical, so duties also included pager rotation and user support.
• Miscellaneous support coding in PHP, Perl and C shell.
• System administration as required, on Irix, Linux, Solaris, and OS/2.
  

• Researched the use of wavelet-domain convolution in the synthesis and localization of audio.
• Designed and built a Virtual Reality facility for immersive and projective visualization.
• Designed and implemented a virtual reality simulation system (Flatland) using C++, sockets, RPC, OpenGL, and pthreads. System portable between most Unix variants and Windows.
• Built a Linux-based parallel processing cluster running MPI.
• Did research in parallel algorithms using MPI and message passing, for mixed-mode programs that extract maximum performance from clusters of SMP machines.

• Designed and implemented cross-platform control, data acquisition and analysis systems for automated experiments on the Bonse-Hart and 5 meter pinhole instruments using Windows, Macintosh and MS-DOS systems in LabView and C/C++.
  
• Investigated enhanced imaging techniques for high-resolution x-ray and neutron radiography.
• Held Department of Energy `L' security clearance as well as Radiation Worker certifications from Sandia Labs, Los Alamos National Lab and the University of New Mexico.

• Designed and implemented a LabView-based control and data acquisition system for a ultra-high-vacuum chamber, including an RF quadrapole mass spectrometer and x-ray photoelectron spectrometer instruments.

• Programming and network administration on a PC and Unix network. TCP/IP and SMB, Windows, SCO. Programmed in C for Windows, minor work in Visual Basic and Awk.
  
• System administration on a IBM System/36 and AS/400.

• Wrote a graphical data acquisition and analysis package in mixed C and 80x86 assembly language. Features include virtual memory, microsecond-precision timing, GUI-based data analysis, hardware and software copy protection, a hardware/software interface to a competing product, and context sensitive on-line help.
• Design and programming assistance for the corresponding embedded Z80-based hardware.