Abstract.

In the article the questions of automation of designing and development of complex applied informationcomputing systems are considered. The technology of designing applied software systems is briefly described, based on the project approach and the tool complex Project Generator. On the example of concrete application systems, the main provisions of this approach are described. In the Computing Center of the Russian Academy of Sciences, a number of large information systems were developed in different years with the help of the Project Generator. The article lists some of them, their characteristics are given and the efficiency of using the Project Generator technology is shown.

Keywords:

math modeling, design automation, project generator, code generation, client-server architecture.

PP. 29-41.

DOI 10.14357/20718632180303 

References

1. L.L. Vyshinskiy, I.L. Grinev, Yu.A. Flerov, A.N. Shirokov, N.I. Shirokov. 2003. Generator proektov – instrumental'nyy kompleks dlya razrabotki «klient - servernykh» sistem. [Information technology and computer systems] 1-2: 6-25.
2. L.L. Vyshinskiy, N.I. Shirokov. 2014. Sistema avtomatizatsii raschetov massovo-inertsionnykh kharakteristik LA s peremennoy massoy. Sbornik statey «Razvitie i primenenie instrumental'nogo kompleksa GENERATOR PROEKTOV». Otv. red. Yu.A. Flerov [Computing Center of the RAS]: 20-31.
3. L.L. Vyshinskiy. 2010. Realizacija avtomatizirovanoy sistemi bjudgetnogo upravlenija sredstvami Generatora proektov. Sbornik statey «Avtomatizacija proektirovanija ingenernyh i finansovyh informacionnyh system sredstvami GENERATORA PROEKTOV». Otv. red. Yu.A. Flerov [Computing Center of the RAS]: 68-79.
4. A.A. Loginov, N.I. Shirokov. 2014. Novye vozmognosti Generatora proectov. Sbornik statey «Razvitie i primenenie instrumental'nogo kompleksa GENERATOR PROEKTOV». Otv. red. Yu.A. Flerov [Computing Center of the RAS]: 6-19.
5. N.I. Shirokov. 2010. Avtomatizirovanaja sistema wesovych raschetov v SAPR LA. Sbornik statey «Avtomatizacija proektirovanija ingenernyh i finansovyh informacionnyh system sredstvami GENERATORA PROEKTOV». Otv. red. Yu.A. Flerov [Computing Center of the RAS]: 55-67.
6. L.L. Vyshinskiy, I.L. Grinev, W.P. Katunin, I.V. Labutin, Yu.A. Flerov, N.I. Shirokov. 1999. Bankovsie informacionnye technologii. Ch. I, Ch. II. [Banking information technologies. P. I, P. II]. Moscow: CCAS. 263 p.
7. I.L. Grinev, A.A. Loginov, N.I. Shirokov, A.N. Shirokov. 2004. Sistema bankowskogo samoobslugivanija. Sbornik statey «Avtomatizacija proektirovanija finansovyh informacionnyh system. Otv. red. Yu.A. Flerov, L.L. Vyshinskiy/ [Computing Center of the RAS]: 87-94.
8. A.N. Shirokov, A.A. Loginov, I.L. Grinev. 2010. Organizacija funkcionirovanija billingovoj sistemy v avtomatizirovanoj bankovskoj srede. Sbornik statey «Avtomatizacija proektirovanija ingenernyh i finansovyh informacionnyh system sredstvami GENERATORA PROEKTOV». Otv. red. Yu.A. Flerov [Computing Center of the RAS]: 45-54.
9. L.L. Vyshinskiy. 2014/ Programnyj kompleks dlja izuchenija nejrokompjuternoj modeli mozgechka. Sbornik statey «Razvitie i primenenie instrumental'nogo kompleksa GENERATOR PROEKTOV». Otv. red. Yu.A. Flerov [Computing Center of the RAS]: 60-68.
10. L.L. Vyshinskiy, Yu.A. Flerov, N.I. Shirokov. 2018. [Сomputer-aided design of applied information computing systems] Inform. Appl. 1:18-30.