... a) int x = 0; int f ( int a, int b) { return x = a + b; } class A { int x; public : A ( int n = 1) { x = n; } int f() { return ::x = x; } }; class B { int x; public : B ( int n = 2) { x = n; } }; class C: public A, public B { int x; public : int f( int a) { return ::x = x; } void g (); }; ... class X { public: void g () {cout << "g" << endl;} int h (int n) {cout << "f" << endl; return n} }; int main () { int k; const X x; X::g(); k = x.h(5); return 0; } 6.3. ...

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... 9 , 2010 MPI/OpenMP 60 1 2 3 ( PARALLEL) #pragma omp parallel [ [ [, ] ] ...] : default(shared | ... include stdio.h int main () { int n =100000, i; double pi, h, sum , x; h = 1.0 / ( double ) n; sum = 0.0; for (i = 1; i = n; i ++) { x = h * (( double )i - 0.5); sum += (4.0 / (1.0 + x*x)); } pi = h * sum ; printf( pi is approximately %.16f , pi); return 0; } 9 , 2010 MPI / OpenMP 84 1 2 3 OpenMP int main () { int n =100, i; double pi, h, sum , x; h = 1.0 / ( double ) n; ...

136. http://ideas.msu.ru/docs/StG_call_2010.pdf

137. http://bc.fdo.msu.ru/Nik_s/WorkFiles/DOC_files/World_shares_foresight_2020.pdf