Or Simplex Step-by-Step Solver

com.simplex

View detailed information for Or Simplex Step-by-Step Solver β€” ratings, download counts, screenshots, pricing and developer details. See integrated SDKs and related technical data.

Total installs
82.8K(82,866)
Rating
4.6(55 reviews)
Released
April 20, 2013
Last updated
January 1, 1970
Category
Education
Developer
Simplex Developers
Developer details
Name
Simplex Developers
E-mail
contact@simplx.dev
Website
unknown
Country
Ukraine
Address
unknown
Android SDKs
  • No items.
Or Simplex Step-by-Step Solver Header - AppWisp.com

Screenshots

Or Simplex Step-by-Step Solver Screenshot 1 - AppWisp.com
Or Simplex Step-by-Step Solver Screenshot 2 - AppWisp.com
Or Simplex Step-by-Step Solver Screenshot 3 - AppWisp.com
Or Simplex Step-by-Step Solver Screenshot 4 - AppWisp.com

Description

πŸ“˜ OR Simplex Step-by-Step: An Advanced Solver for Operational Research, Validated by Professors at Kyiv Polytechnic University.

Core Features:
- πŸ”’Simplex Algorithm: Incorporates two-phase, branch and bound techniques.
- πŸ“ˆ Linear Programming Graphs: Provides visualization for 2-variable LP problems.
- 🎯 Integer Solutions: Supports with branch and bound method.
- πŸ” Analysis Tools: Sensitivity & Post-Optimal analysis.
- πŸš› Transportation Problem Solutions: Includes Least-Cost, North-West Corner, and Vogel’s Approximation Methods.
- πŸ”„ MODI-UV Method: Refines solutions for Transportation Problems.
- βœ… Assignment Problem Solver: Employs the Hungarian Algorithm for effective solutions.
- ⏱️ Job Sequencing: Accommodates 2, 3, or N machine scenarios using Johnson's Algorithm.
- 🌍 Multilingual Interface: Supports multiple languages for global accessibility.
- β›” Offline Mode: Functions without internet connectivity.

Advantages Over Competitors:
- ⌨️ Dedicated Data Entry Keyboard: Streamlines input for mathematical data.
- πŸ“ Solution Explanations: Detailed, step-by-step descriptions aid comprehension.
- πŸ“‚ Organized Problem Storage: Efficiently manage and retrieve your problem sets and solutions.
- βž— Fractional Representation: Supports input and output as fractions to maintain mathematical accuracy.
- πŸ€– AI-Driven Commenting Support: Uses AI to provide recommendations and insights based on the solution process.