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- Application Deadline:2018/06/12
- Tuition:￥0.00
- Application Fee:￥800.00
- Service Fee:￥0.00
Applying through ACASC generally takes a few minutes to complete. It takes 5 steps to complete the application.
1. Click “Apply Now” button at the top of the page.
2. Fill in online application form.
3. Upload required documents.
4. Pay the application fee and the ACASC service fee
5. Click “Submit” button.
Important notice: In order to apply, you need to create an account with ACASC.
Combinatorial optimization, also known as combinatorial planning, is a type of mathematical plan that finds an optimal subset of a finite set of all subsets with certain characteristics. At the beginning, the issues it studied, such as the design of broadcasting networks, the arrangement of tourist routes, and the formulation of curriculum, were all extreme questions on the Internet. Later, these problems were summarized and abstracted. In theory, some more general combinatorial optimization problems and algorithms were studied. The main research contents are: linear combination optimization problems; network optimization problems; independent systems and matroids; matroids are a basic and important concept in combinatorial optimization. Many combinatorial problems can be transformed into matroid problems. The greedy algorithm is a simple algorithm to find the optimal independent set of matroids; the interlaced chain algorithm is the basic algorithm to solve the optimal intersection problem. The classification of problem algorithms is also a major research topic. Some algorithms have polynomial time complexity, such as greedy algorithm, interlaced chain algorithm, called polynomial time algorithm, and the problem that can be solved by polynomial algorithm is P problem. There is another type of problem that has the following commonalities from the point of view of the computational complexity of the solution: 1 None of them find a polynomial algorithm. 2 If there is a polynomial algorithm for one of the problems, all problems in this category also have polynomial algorithms. The equivalence classes composed of these problems are called NP-complete problems such as packing problems and salesman problems. People often use "heuristic" algorithms to solve such problems, and can't guarantee to find the optimal solution, but often they can get better approximate solutions.
