Economical Theory of Relatively or Innovation Snail to optimize - PowerPoint PPT Presentation

Nikolay A. Badulin , PhD • «FiBr» Innovation Management Company, Tomsk- Moscow Reg., • «Samotlor-Invest» Investment Fund , Moscow Reg., - CEO • NNP “Business Angels of Siberia”, past-President, • Championship «New Idea» of the Russian Ministry of Energy. E-mail: nick-badu@yandex.ru Cell +7-913-809-0939 «Economical Theory of Relatively» or «Innovation Snail» to optimize business processes and increase the capitalization of the startups http://www.forbes.ru/blog/16519-blog-biznes-angela https://www.triplehelixassociation.org/th-repository/economic-theory-of-relativity-or-innovation-snail 1

Software Development Environment for Control Systems of Electric Motors «NPF Mechatronica-Pro» Ltd., Tomsk, Russia TI Design Network Resident, 2012

Electric Motor Current situation More than a half of electric motors are supplied with electronic control systems, which are based on special- purpose microprocessors In each of the microprocessors of such systems a so9ware should be installed So9ware Microprocessor Electric Motor

Problem So far there is no universal program pla>orm (opera@onal system, standard applica@ons and services) developed for using in majority control systems Every @me the developers have to develop so9ware for the control system from scratch «reinven@ng bicycle». It lasts 3 to 6 months and it requires availability of high-paid programmer team

Solution To use MexBIOS you will need MexBIOS – is a special- only to load kernel/library p u r p o s e o p e r a @ o n a l into microcontroller and environment for developing configure it for your task. embedded control systems of electric motors, servodrives and robo@c complexes

MexBIOS Development Studio Visual environment for development and simula@on / emula@on of embedded so9ware of control systems of electric motors. By dragging blocks from the Components PaleTe and connec@ng them, you can develop any control program of the electric motor. The blocks are ready-to-use control func@ons for electric motor, drivers, protocols, logic and arithme@c elements. Programming microcontrollers is easy now!

Developer's module MBS-F28335 – TMS320F28335, Texas Instruments, USA In short-term plan: Already implemented: Developer's module MBS-F28335 – TMS320F28335, Texas Instruments, USA Operational Developer's module MBS-K1921BK01T, K1921BK01T/NT32M4F1, JSC “NIIET”, Russia platform MexBIOS Debugging board STM32 F3DISCOVERY In mid-term plans:

Life Cycle of Innovation company and Fundraising: 13

Household Life Cycle: 14

Chinese model of Time, Businesses, Humanity: 15

«Innovation Snail» for People Relations: 16

«Innovation Snail» for typical «The Life Cycles»: Global Syn-Thesis Thesis PrimiUves Person Social Society Society AnU-Thesis AnU-Thesis Family InformaUon Society Syn-Thesis Thesis Lot of Families Customer’s Society Thesis Syn-Thesis Rural Monopoly Community AnU-Thesis AnU-Thesis City Branches New Territories Local Thesis Syn-Thesis New Country Country Hierarchy 17

The matrix of the laws of living systems development stages : InformaUonal Society ReflacUon Social Society Idea H-index Exponent law (G.Moore) Weber–Fechner law Theory of relativity (A. Einstein) Social Society Idea InformaUonal Soс. ReflacUon Customer Society Customer Soc. Project Project My hypothesis Logistic curve P.F.Verhulst Monopoly Prototype Infrastructure Start-up RepresentaUves OrganizaUon Monopoly Prototype Herfindahl – Hirschman Index Logistic curve P.F.Verhulst Infrastructur RepresentaUve OrganizaUon Start-up 18 e Prospect theory (D. Kahneman) Exponent law (A.U.Udanov) Hierarchy Law (C.Parkinson):

The matrix of the laws of EDUCATION / UNIVERSINY: Idea ReflecUon Project Prototype 19

The matrix of the laws of BUSINESS / INDUSTRY: Infrastructure Start-up RepresentaUves OrganizaUon 20

The matrix of the laws of AUTHORITY / GOVERNMENT: Social Society InformaUonal Society Past-Industrial Society Monopoly 21

22

The matrix of the Tesla Motors (model) : Cost: Investment: Revenue(ttm): 3.7 4.2 23

Software Development Environment for Control Systems of Electric Motors «NPF Mechatronica-Pro» Ltd., Tomsk, Russia TI Design Network Resident, 2012

Electric Motor Current situation More than a half of electric motors are supplied with electronic control systems, which are based on special- purpose microprocessors In each of the microprocessors of such systems a so9ware should be installed So9ware Microprocessor Electric Motor

Problem So far there is no universal program pla>orm (opera@onal system, standard applica@ons and services) developed for using in majority control systems Every @me the developers have to develop so9ware for the control system from scratch «reinven@ng bicycle». It lasts 3 to 6 months and it requires availability of high-paid programmer team

Solution To use MexBIOS you will need MexBIOS – is a special- only to load kernel/library p u r p o s e o p e r a @ o n a l into microcontroller and environment for developing configure it for your task. embedded control systems of electric motors, servodrives and robo@c complexes

MexBIOS Development Studio Visual environment for development and simula@on / emula@on of embedded so9ware of control systems of electric motors. By dragging blocks from the Components PaleTe and connec@ng them, you can develop any control program of the electric motor. The blocks are ready-to-use control func@ons for electric motor, drivers, protocols, logic and arithme@c elements. Programming microcontrollers is easy now!

Developer's module MBS-F28335 – TMS320F28335, Texas Instruments, USA In short-term plan: Already implemented: Developer's module MBS-F28335 – TMS320F28335, Texas Instruments, USA Operational Developer's module MBS-K1921BK01T, K1921BK01T/NT32M4F1, JSC “NIIET”, Russia platform MexBIOS Debugging board STM32 F3DISCOVERY In mid-term plans: