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New Mexico Tech

Mathematics

CSDP, AC Library for Semidefinite Programming
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    •   4  
      Applied Mathematics, Computational Complexity, Numerical Analysis and Computational Mathematics, Interior Point Method
An Improved Branch and Bound Algorithm for Mixed Integer Nonlinear Programs
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    •   3  
      Applied Mathematics, Mixed Integer Nonlinear Programming, Numerical Analysis and Computational Mathematics
A Two-Phase Exact Algorithm for MAX-SAT and Weighted MAX-SAT Problems
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    •   7  
      Applied Mathematics, Combinatorial Optimization, Pure Mathematics, Numerical Analysis and Computational Mathematics
SDPLIB 1.2, a Library of Semidefinite Programming Test Problems
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      Applied Mathematics, Combinatorial Optimization, Control system, Numerical Analysis and Computational Mathematics
Solving Linear Ordering Problems With a Combined Interior Point/Simplex Cutting Plane Algorithm
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    •   2  
      Interior Point Methods, Applied Optimization
An Automatic, Adaptive Algorithm for Refining Phase Picks In Large Seismic Data Sets
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      Civil Engineering, Geophysics, Cross Correlation, Phase Estimation
Solving Real-World Linear Ordering Problems Using a Primal-Dual Interior Point Cutting Plane Method
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      Mathematical Sciences, Interior Point Methods, Interior Point Method, LINEAR PROGRAM
A Branch and Cut Algorithm for MAX-SAT and Weighted MAX-SAT
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    • LINEAR PROGRAM
Using An Interior Point Method In a Branch and Bound Algorithm for Integer Programming
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    •   5  
      Branch and Bound, Interior Point Method, TechnicalReport, Branch and Bound Method
Comparison of Inverse Methods for Reconstructing the Release History of a Groundwater Contamination Source
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      Environmental Engineering, Civil Engineering, Water resources, Groundwater Contamination
Implementation of a Primal–dual Method for SDP on a Shared Memory Parallel Architecture
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      Applied Mathematics, Distributed Shared Memory System, Interior Point Methods, Shared memory
Soil Effects on Thermal Signatures of Buried Nonmetallic Landmines
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      Water, Heat Flux, Soil Heat Flux, Numerical Model
Enhancing Dielectric Contrast Between Land Mines and the Soil Environment by Watering: Modeling, Design, and Experimental Results
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      Ground Penetrating Radar, Case Study, Dielectric Properties, Dielectric Constant
A Computational Comparison of Branch and Bound and Outer Approximation Algorithms for 0-1 Mixed Integer Nonlinear Programs
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      Applied Mathematics, Mixed Integer Nonlinear Programming, Branch and Bound, Numerical Analysis and Computational Mathematics
Methods for Prediction of Soil Dielectric Properties- A Review
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    • Dielectric Properties
Strength of Landmine Signatures Under Different Soil Conditions: Implications for Sensor Fusion
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      Engineering, Robotics, Systems Science, Ground Penetrating Radar
Effects of Soil Physical Properties on GPR for Landmine Detection
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      Ground Penetrating Radar, Field Experiment, Spatial Variability, Dielectric Constant
Modeling Distributions of Water and Dielectric Constants Around Landmines In Homogeneous Soils
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      Water, Modeling, Sensors, Dielectric Constant
Land Mine Detection In Bare Soils Using Thermal Infrared Sensors
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      Soil moisture, Land Surface Temperature, New Mexico, Annual Cycle
Impact of Soil Water Content on Landmine Detection Using Radar and Thermal Infrared Sensors
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    •   15  
      Water, Ground Penetrating Radar, Sensors, Soils