[1] Colombeau J. F.:
Elementary introduction to new generalized functions. Amsterdam-New York-Oxford-North Holland, 1985.
MR 0808961 |
Zbl 0584.46024
[2] Colombeau J. F.:
Multiplication of distributions. Lecture Notes in Mathematics, 1532, 1992.
MR 1222643 |
Zbl 0815.35002
[3] Denkowski Z.:
On the boundary value problems for the ordinary differential equation of second order. Prace Matematyczne U. J. (Kraków) 12 (1968), 11-16.
MR 0224896 |
Zbl 0287.34014
[4] Dłotko T.: Application of the notation of rotation of a vector field in the theory of differential equations and their applications. Prace Naukowe U. Śl. w Katowicach, 32 (1971), (in Polish)
[5] Deo S. G., Pandit S. G.:
Differential systems involving impulses. Lecture Notes 954 (1982).
Zbl 0539.34001
[6] Doležal V.:
Dynamics of linear systems. Praha, 1964.
MR 0169744
[7] Egorov Y.:
A theory of generalized functions. Uspehi Math. Nauk 455 (1990), 3-40 (in Russian).
MR 1084986
[8] Filippov A. F.: Differential equations with discontinuous right part. Moscow, 1985, (in Russian).
[9] Hildebrandt T. H.:
On systems of linear differential Stieltjes integral equations. Illinois Jour. of Math. 3 (1959), 352-373.
MR 0105600
[10] Kurzweil J.:
Generalized ordinary differential equations. Czech. Math. J. 8 (1958), 360-389.
MR 0111878 |
Zbl 0102.07003
[11] Lasota A., Opial Z.:
Sur les solutions périodiques des equations differentielles ordinaires. Ann. Polon. Math. 16 (1964), 69-94.
MR 0170072 |
Zbl 0142.35303
[12] Ligęza J.:
Weak solutions of ordinary differential equations. Prace Naukowe U. Śl. w Katowicach, 842 (1986).
MR 0868863
[13] Ligęza J.:
Generalized solutions of boundary value problems for ordinary linear differential equations of second order in the Colombeau algebra. Different aspect of differentiability, Dissertationes Mathematicae 340 (1995), 183-194.
MR 1342577 |
Zbl 0837.34026
[14] Ligęza J.:
Generalized solutions of ordinary linear differential equations in the Colombeau algebra. Math. Bohemica 2 (1993), 123-146.
MR 1223478 |
Zbl 0776.34046
[15] Ligęza J.:
Periodic solution of ordinary linear differential equations of second order in the Colombeau algebra. Different aspect of differentiability, Integral transforms and special functions 4, 1-2, 123-146.
MR 1601207
[16] Ligęza J., Tvrdý M.:
On systems of linear algebraic equations in the Colombeau algebra. Mathematica Bohemica 124, 1 (1999), 1-14.
MR 1687437 |
Zbl 0940.46022
[17] Ligęza J.:
Generalized periodic solutions of ordinary linear differential equations in the Columbeau algebra. Annales Mathematica Silesiana, Prace Naukowe U. Ś. w Katowicach, 11 (1997), 67-87.
MR 1604875
[18] Ligęza J.:
On some boundary value problems for ordinary linear differential equations of second order in the Colombeau algebra. Acta Univ. Palacki. Olomuc., Fac. rer. nat. 35 (1996), 103-119.
MR 1485048 |
Zbl 0964.34010
[19] Persson J.: The Cauchy system for linear distribution differential equations. Functial Ekvac. 30 (1987), 162-168.
[20] Pfaff R.:
Generalized systems of linear differential equations. Proc. of the Royal Soc. of Edingburgh, S. A. 89 (1981), 1-14.
MR 0628123 |
Zbl 0475.34005
[21] Schwabik Š., Tvrdý M., Vejvoda O.:
Differential and integral equations. Praha, 1979.
MR 0542283
[22] Wyderka Z.:
Some problems of optimal control for linear systems with measures as coefficients. Systems Science 5, 4 (1979), 425-431.
MR 0572042 |
Zbl 0442.49002