Mobile app for household eco-activism

The article substantiates the need to use the marketing communication channel in specialised software for agriculture. The purpose of such a channel is to provide information to farmers about the availability of planting material, technical means that ensure the processes of the production cycle, services of specialized contractors, etc. in the market. The content of such a channel in the software should be personalized, i.e., based on the user profile and his activity in the software product. The aim of the research is to create an information model that demonstrates the transformation of software product processes when implementing a marketing communication channel. To realize the goal, all the key objects involved in the mentioned processes are established, all the links between them are established. The obtained results became the basis for using the method of information modeling in order to create a model of the process of interaction between users of the system, its main modules and the module responsible for generating content for marketing communication. The developed model shows the information flows arising between the subjects of interaction during the realization of the functional capabilities of the information system.

Section: Discussionmentioning

confidence: 86%

Section: Discussionmentioning

confidence: 99%

Modeling marketing communication in a farm plant care information system

Altunina,

Chernova

2024

“…Such specialized software tools perform their work on the basis of digital models reflecting the behavior of real objects [5,11]. At the same time, to control processes, develop managerial decisions or refine the model, the data obtained not only from sensors or stations located in fixed places, but also data from people who use software tools in their activities when interacting with natural objects [12][13][14] are used.…”

Section: Resultsmentioning

confidence: 99%

Using digital educational resources to improve the effectiveness of the educational process in the training of hydrologists

He,

Yang,

Shi

et al. 2024

The article defines the content of the training process of hydrologists and the need to develop and use digital resources in it. The main difficulty in the realization of such an approach is the complexity of the processes under study due to their hard-to-predict changes in states under the influence of many heterogeneous factors, duration in time and the scope of consequences. The solution to this problem is the use of digital resources, which are based on simulation models capable of recreating the behavior of a real object in a virtual environment and predicting changes from the given conditions of external influence with a certain accuracy. Based on this, a model of the learning process has been developed. It includes digital resources that implement scenarios of water object behavior in addition to traditional methods and means of training. The use of such tools provides a practice-oriented approach to training and efficient use of resources for educational activities.

“…Such results are usually used to create simulation models of the processes of behavior of complex systems. In the analyzed studies, the results of structural analysis were used as input parameters for the simulation model of transport systems [8,13], creation of algorithms for the functioning of specialized information systems [5,14]. The methodology of working with data in such studies allowed its authors to create a model in which all the dependencies between objects and processes are established, allowing us to actually talk about the digital twin of the studied subject area.…”

Section: Discussionmentioning

confidence: 99%

“…The use of program means allows to provide control and management of the state of forest farms. Thus, at the current stage of information systems development, software solutions have been created that provide the organization of environmental activities aimed at preserving natural resources [5], maintaining forest registries, carrying out geoinformation modeling, forecasting the state of the environment based on a large array of data obtained from sensors or satellites [6,7]. Gerasimova's work states that for forest ecosystems, mainly processes related to analytical assessment of taxation (attributive) data and analysis of spatial data in the form of forest thematic two-dimensional maps are distinguished [6].…”

Section: Introductionmentioning

confidence: 99%

Simulation modeling of forest plantation condition

Logachev,

Beresneva

2024

The article substantiates the necessity of creating a simulation model of changes in the states of forest plantations. Such a model makes it possible to repeatedly conduct experiments on the object of study on changes in different parameters in order to predict the consequences and develop operational management scenarios to reduce the negative impact on its processes and objects. The use of structural analysis, synthesis and classification methods allowed us to identify the key objects of such an ecosystem and the processes that influence their germination, growth and death. The results obtained became the basis for the creation of a system dynamics model reflecting the nature of the behavior of the objects and processes under study. With the help of simulation modeling methods, a system of differential equations was created, which takes into account the quantitative instances of objects and the rate of their changes depending on external parameters. Based on this, a graphical model reflecting all aspects of the realization of such processes has been created.