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Bottom-up syntax analysis algorithm programming
no vote
Experiment 2: bottom up parsing algorithm programming basic requirements: complete the bottom-up parsing algorithm programming. Main content: design, debug and test bottom-up parsing algorithm program. Operation points: program design, debugging and testing, writing experiment report.
lzp_631536516
2016-08-23
0
1
Compile the principles of top-down parsing algorit
4.0
Down parsing algorithm program design experiments compiler theory top   "Compiler theory" is the College of Computer Science and Technology of an important professional foundation courses is to train computer applications and software systems development, maintenance needs talent and settings. Structure, work processes and compiler "compiler theory" is mainly taught various components of the compilation system design principles and implementation techniques part, students have the design, implementation, analysis and maintenance of the compiler initial capacity. Basic requirements: Completion of top-down parsing algorithm programming. Contents: design, debug and test a top-down parsing algorithm program. Operation points: programming, debugging and testing, writing test reports Experimental guidance: down syntax analysis methods can be designed based on recursi
lzp_631536516
2016-08-23
3
1
Matlab algorithm of Gauss (A,a,b,n,x)
no vote
Demo 1. A=[1 1 1;0 ; 1]; b=[6 5 1]\'; x=gauss(A,b) Implementation of results: After the Elimination of a 1 1 1 0 0 After the Elimination of the b 6 5 -6 x = 1 2 3 2. program presentation a=[10^-100 1;2 1] b=[1 2] gauss(a,b) Execution results a= 0.0000 1.0000 2.0000 1.0000 b = 1-2 After the Elimination of a 1.0e+100 * 0.0000 0.0000 0000. After the Elimination of the b 1.0e+100 * 0..0000 ans = 0 1 3. demo a=[2 1; 10^-100 1] b=[ 2 1] gauss(a,b) Execution results a = 2.0000
lzp_631536516
2016-08-23
0
1
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