Graph Theory

The Path to Full Marks in GESP C++ Level 8 (Latest Version September 2025)

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The Path to Full Marks in GESP C++ Level 8 (Latest Version September 2025)

Detailed Explanation of the GESP Examination Syllabus | C++ Level 8Grade Examination of Software ProgrammingC++ Certification Knowledge System (Level 8)1. Assessment Objectives Master the basic principles of counting, understand the differences and applications of the addition and multiplication principles. Grasp the concepts of permutations and combinations, and be able to implement programming solutions for common … Read more

Mathematical Modeling | Common Model Algorithms and MATLAB Code Summary

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Mathematical Modeling | Common Model Algorithms and MATLAB Code Summary

Today, we will explore common model algorithms and MATLAB code used in mathematical modeling. I hope this article will be helpful! Don’t forget to like and support at the end of the article. Let’s take a look at the table of contents!1、Monte Carlo Algorithm2、Data Fitting3、Data Interpolation4、Graph TheoryShortest Path ProblemDijkstra Algorithm 1 Monte Carlo Algorithm 1、Definition … Read more

Understanding Graph Theory Problems with MATLAB

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Understanding Graph Theory Problems with MATLAB

Chapter structure of the 2023-2025 course: The previously discussed chapters are closely related to the Fundamental Planning Section (Chapters 1-5), which need to be listened to consecutively, as they cover the linear programming part that is essential for all universities. The subsequent chapters can be listened to independently, as there is no sequential relationship between … Read more

Detailed Explanation and Practice Questions for C++ GESP Level 7: Master These and You’re Set

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Detailed Explanation and Practice Questions for C++ GESP Level 7: Master These and You're Set

1. Mathematical Library Functions Content: Trigonometric functions (sin, cos, tan), logarithmic functions (log, log10), exponential functions (exp, pow). Key Points: Radian calculations, differences in precision between double and float. 2. Complex Dynamic Programming Content: Two-dimensional dynamic programming (grid paths), interval dynamic programming (stone merging), longest subsequence (LIS/LCS), rolling array optimization. Difficult Points: Derivation of state … Read more