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* Products * AMPL * For Business * For Research * For Teaching * For Students * Solvers * Solvers We Sell * Open Source Solvers * All Solvers for AMPL * Quandec * Platforms * Prices & Ordering * Standard Price List * Academic Price List * Resources * The AMPL Book * Chapter Downloads * Example Files * New Features * AMPL API * AMPL IDE * Function Library * Logic & Constraint Programming * Data Handlers * Spreadsheets * Databases * CSV Files * Learn More * AMPL Videos * Reports & Papers * News & Events Archive * Hooking your solver to AMPL * FAQs * Upcoming Events * Floating License Guide * Installation * Manager * Configuration * Troubleshooting * About Us * Customers * Contact AMPL * Try AMPL * Buy AMPL Products * Request a Full Trial * Download a Free Demo * Request AMPL for Courses * Run AMPL on NEOS * Try AMPL Online Build optimization into your large-scale applications — quickly and reliably — using AMPL’s powerful yet intuitive algebraic modeling system. AMPL FOR BUSINESS Streamlined optimization development in business applications of all kinds. Read More AMPL FOR TEACHING Free AMPL and solvers. Full-featured, time-limited. Easy to install & distribute. Read More AMPL FOR RESEARCH Optimization modeling for engineering, science, economics, management. Read More SOLVERS Buy from us >> CPLEX · Gurobi · Xpress — BARON · Knitro CONOPT · LGO · LINDO Global · LOQO · MINOS · SNOPT Open-source optimizers >> Full solver list >> WHAT'S NEW? Recent talks at the IFORS conference AMPL Solver Interfaces with Callbacks by Filipe Brandão How Linear Programming Became Practical by Robert Fourer View slides and videos >> Brian Kernighan on origins and principles of AMPL Computer science pioneer and AMPL co-founder interviewed by Lex Fridman Watch video >> New direct spreadsheet interface Works with .xlsx files on Windows, macOS, and Linux Improved support for multidimensional tables and for sheet names Learn more >> VIEW CALENDAR >> WHY AMPL? The AMPL system supports the entire optimization modeling lifecycle — formulation, testing, deployment, and maintenance — in an integrated way that promotes rapid development and reliable results. Using a high-level algebraic representation that describes optimization models in the same ways that people think about them, AMPL can provide the head start you need to successfully implement large-scale optimization projects. AMPL integrates its modeling language with a command language for analysis and debugging, and a scripting language for manipulating data and implementing optimization strategies. All use the same concepts to promote streamlined model-building. When you reach the stage of embedding your optimization models into applications and deploying them in enterprise systems, AMPL’s APIs for C++, C#, Java, MATLAB, Python, and R insure that you have a reliable and maintainable implementation. KNOW MORE >> * Home * Products * AMPL * Solvers * Quandec * Platforms * Standard Price List * Academic Price List * Resources * The AMPL Book * New Features * Reports & Papers * FAQs * Upcoming Events * News & Events Archive * Hooking Your Solver * About Us * Contact AMPL * Customers * Privacy Policy * Try AMPL * Buy AMPL Products * Request a Full Trial * Download a Free Demo * Request AMPL for Courses * Run AMPL on NEOS * Try AMPL Online * connect * Follow us on * * Google Newsgroup * © 2022 AMPL Optimization inc. All rights reserved. Web Development by Baytech Web Design