Mathematical Modeling in High Tech Enterprise Innovation and Production Component Enhancing Strategy

Abstract

For high tech enterprise manufacturing subdivisions production optimization challenge has been defined. Mathematical models have been developed. Implementing model algorithms have been researched. A step-by-step mechanism for algorithm implementation based on Johnson’s method is proposed. Developed models have been tested at the enterprises of the innovation-oriented cluster. Model of setting the economically feasible limits of process operations (performed on technological equipment of established manufacturing subdivisions) robotization has been developed

Developing a System to Support Banks in Making Investment Decisions when Organizing Project Financing

“…To develop a software product that provides the choice of the best options for investment decisions, we analyzed the foreign and Russian software products available on the software market. The analysis involved foreign (Microsoft Project, Cobra, Oracle Primavera, COMFAR, PROPSPIN) and Russian (Project Expert, Alt-Invest, Investor, TEO-Invest) products [20,21]. The considered packages of applied programs make it possible to assess, firstly, the financial feasibility of the project, and secondly, the economic efficiency of investment decisions.…”

“…The mathematical model describing the business processes of formation and implementation of an innovative project has a number of features, including a high level of detailing of variables and inclusion of innovative development factors into the model [20][21][22] as well as the model's focus on modernization as a tool for digital transformation of the enterprise-project organizer.…”

“…where = 1, ̅̅̅̅̅ . The maximum value of Net Present Value is taken as a criterion of optimality for the considered options [27], provided that in each of these options the nonnegative value of Net Present Value is achieved [20][21][22].…”