Optimal Network Service for Efficient Management of Discrete Processes

Exploring the World of Discrete Processes

Amidst the myriad of processes we encounter in our daily lives, there are what we call discrete processes, characterized by distinct and separate states. There is hardly any human activity where discrete processes are absent. Some of the areas where they are most prevalent include business, investments, design and construction, manufacturing, trade, transport, and services.

What sets discrete processes apart is not only their abrupt state changes but also their direct connection to limited resources of some kind, where utilizing them usually yields an economic effect. It follows that effective management of any discrete process is desirable to maximize profit or minimize losses.

Unfortunately, the issue of efficiently managing various discrete processes hasn't been globally solved until now, as there was no existing technology to facilitate it. However, a new technology for efficient management of discrete processes of various purposes, known as IT AU DTIP (developed by the author of this message), has recently emerged but is yet to be implemented. The following outlines the idea of how to extensively integrate this technology into practice.

1. Brief Description of the Idea

The proposal is to create a network service for optimal management of various discrete processes, where users pay solely for finding the optimal management strategy for their required process.

2. Feasibility of the Idea

The viability of this idea is supported by the following compelling reasons:

• There already exists a startup technology, IT AU DTIP, enabling optimal management of a wide range of real discrete processes, including infinite stationary, time-limited processes, and instant choice processes (refer to the author's first bilingual site "Center for IT AU DTIP Promotion" at http://dtip-burlakov.com/en);
• This startup includes 11 networked software tools designed for numerically finding optimal management strategies for discrete processes in 16 application areas (see author's second bilingual site "Center for IT AU DTIP Implementation" at http://dtip-optim.com/en/main).

3. Implementing the Idea

This can be accomplished by:

• Developing multilingual interfaces for the aforementioned optimization tools (two of which are already created) and their future localized versions, making them all multilingual;
• Creating international outsourcing services for optimal management of specific discrete processes based on the aforementioned multilingual tools;
• Establishing a production company tentatively named "Center for Efficient Discrete Process Management" (CEDPM) to implement the aforementioned outsourcing services.

4. Steps for Idea Implementation

To achieve this, it is proposed to:

• Develop multilingual interfaces for the remaining 9 networked optimization tools (the author is actively working on this);
• Find interested business partners (which the author is yet to accomplish), including individuals with high levels of ambition and professionalism or a large ambitious IT company looking towards future in creating new useful internet services, to establish CEDPM with them;
• Commence CEDPM operations by implementing two international optimization outsourcing services: 1) program-targeted planning and 2) project management, for which the author has already created multilingual optimization tools: MSIS OPM 1.0 and MSIS PCM 2.1 (refer to the author's first site for more details);
• As multilingual interfaces for other existing optimization tools are developed, similar outsourcing services are suggested to be carried out in various application areas, such as public transport passenger delivery, real estate investment, online shopping, restaurant customer service, sports/entertainment center customer service, online shopping, family budgeting, securities trading, retail trading, and city transport using a single vehicle.

5. Successful Implementation Factors

A crucial factor for realizing the author's proposed network service for optimal management of discrete processes based on the new technology IT AU DTIP is the emergence of interested business partners with whom he can finally execute his vision (as mentioned above). The practical benefits of this endeavor will be far-reaching, considering the ubiquity of discrete processes that necessitate efficient management.