nir-vana innovation network

The essence of IT AC DTIP (Information Technology of Automation Control of Discrete Technological and Information Processes) is that it is based on a uniform scientific methodology of numerical optimization of abstract stationary discrete service processes (DSP), to which reduce original real discrete technological and information processes (DTIPs). It has the practical advantage that is applicable to a very broad class of DTIPs occurring in many areas of human activity and allows to manage the complexity of synthesis of optimal control strategies for them. The scientist offers license agreements to industrial partners.

The main results on the IT AC DTIP creation are:
1) developed a uniform scientific methodology of IT AC DTIP;
2) elaborated one application direction of IT AC DTIP relating to the effectiveness of the standard investments;
3) published a monograph on the basics of IT AC DTIP;
4) prepared a training course (in Russian) on the basics of IT AC DTIP, which was read twice in one of the Ukrainian institutes;

5) created nine multilingual network instrumental systems (MNISs) for optimizing DTIPs of various purposes, ready for mass use: MLIS/MNIS MBO 1.0, ... GAO 2.2, ... IO 2.2, ... EO 1.3, ... HIO 1.2, ... RIO 1.0, ... NPO 1.0, ... TO 1.6 and ... PTPDO 1.2, where:
MLIS – multilingual local instrumental system;
MNIS – multilingual network instrumental system;
MBO – ministry`s budget optimization;
GAO – goal achievement optimization;
IO – investments optimization;
EO – expenses optimization;
HIO – housing investment optimization;
RIO – real estate investment optimization;
NPO – network purchases optimization;
TO – transportation optimization;
PTPDO – public transport passenger delivery optimization.

They allow to provide the international outsourcing services to solve the tasks to optimize controlling discrete processes in the following application areas:
1) budgeting of the Ministry; 2) network planning; 3) standard investments; 4) expenses; 5) investment in housing; 6) investment in real estate; 7) online shopping; 8) transportation; 9) delivery of a passenger by public transport;

6) there has been created the Universal Processing Center of nine above-mentioned MNISs (multilingual network instrumental systems) (UPC 9 MNIS 1.0) with the interface in English and Russian languages, which is designed for centralized solution by any users in any languages via Internet or on a local network of the tasks on optimizing control of discrete processes for various purposes;

7) developed two multilingual programs for optimizing remote and ordinary orders of customers in a restaurant: MP OROR 1.1 and ... OOR 1.2;

8) on the basis of the being considered IT AC DTIP there have been offered the concepts of creating four specific innovative technologies used in the following application areas: 1) online trade, 2) trade in real estate, 3) restaurant business and 4) project management (the first two of them are perfect), and has been developed the key software tools for this technologies;

9) created and published the website, containing all necessary information about IT AC DTIP and developed on its basis 11 multilingual software tools for optimizing DTIPs;

10) created and published the website, which focuses on the practical implementation of IT AC DTIP. It dedicates to 18 categories of persons directly related to discrete processes of various purposes and interested in effective control of them. For 16 of these categories already exists optimizing software tools available for free use in the test mode on this and previous websites.

Advantages & innovations

There are listed below five main arguments in favor of the fact that IT AC DTIP has a high practical value and great commercial prospect. 1. Discrete technological and information processes (DTIPs) are widespread in various areas of human activity. In real life they meet not more rarely than continuous processes for the control of which has long been successfully used the well-known technology of automation of technological processes control. 2. There is a great need for practice in effective control of DTIPs, because each of them is characterized, as a rule, by limited resources used in processing of discrete process objects, as well as quantitative efficiency criterion of this processing. 3. There is currently no other similar operative technology for discrete processes control, in this connection for them most often used in practice non-optimal (heuristic) control strategy, since the development of optimal (best) strategies usually requires too much time and cost. 4. IT AC DTIP is a networking technology. It allows to solve remotely tasks of effective control of specific DTIPs regardless of their location. Furthermore, the presence of universal software tools for optimizing DTIPs allows to provide network services through the Internet in their wide practical use. The introduction in practice of IT AC DTIP will surely give impetus to the development of entirely new direction in commercial use of the Internet in finding to any interested network user the best solution in the area of his interests. 5. Implementation of IT AC DTIP will undoubtedly lead to the creation on its base of a number of promising innovative technologies of specific applications in many fields of human activity, as we now have developed the key optimizing software tools for several such technologies, and offered detailed concept of the last.

Stage of development

Available for demonstration

Partner sought

The scientist is offering a license agreement to engineering companies working in sectors, such as, automation, control systems, computer technology or robotics. First and foremost, a license agreement is sought. Within the cooperation it is possible to adapt the invention to the requirements of the licensee (i.e. specifically to the control engineering problem). However, it is also possible, especially if the licensee already has experience in the area of date processing, for the licensee to take over the complete implementation himself. Also, possible purchase of the Installation set of materials (ISM) for IT AC DTIP (on franchising conditions) for its implementation worldwide.