Integration of the Process of Computer Game Developmentwith Augmented Reality in Stream-Education Components

Gumennykova, Tamara; Luhova, Tetiana; Riashchenko, Oksana; Troianovska, Yuliia

doi:10.15276/hait.01.2018.5

Cited by 2 publications

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“…The educational modules expected to be developed are aimed at integrating the developed prototype application into the educational process and expanding students' understanding of cultural heritage and its restoration processes [23]. Let us consider some possible aspects of application.…”

Section: Based On This It Is Advisable To Consider Three Examples Of ...mentioning

confidence: 99%

The use of augmented reality for renovation of cultural heritage sites

Sachenko,

Kit

2024

HAIT

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Augmented reality is an innovative technology that merges the virtual and real worlds to create a unique interactive experience for users. Although the technology only became widely known in the mid-2000s, its potential and applications continue to evolve rapidly, especially with the advent of smartphones and other mobile devices that allow a wide range of users to interact with augmented reality in their everyday lives. In the field of cultural heritage and tourism, augmented reality opens up new opportunities for the restoration and presentation of historical buildings and places that no longer exist or have been altered by time, giving visitors the opportunity to see and experience the historical environment in its original form. However, to effectively use augmented reality in this area, it is necessary to ensure an exact correspondence between virtual objects and the real environment, as well as to implement navigation functions that will help users easily navigate the virtually restored space. Developing and implementing augmented reality solutions requires not only technological expertise but also a deep understanding of the historical, cultural and social context of the objects being recreated. Based on our research, we have developed a concept of an augmented reality application for the reconstruction and promotion of cultural heritage. This includes methods for accurately recreating historical locations and objects in a virtual environment, as well as developing intuitive navigation tools for users. The main achievement of the work is the creation of a foundation for the further development of augmented reality technologies in this area, with a focus on improving the interaction between virtual and real components, which will help increase audience engagement and raise awareness of historical and cultural heritage. This opens up broad prospects for the use of augmented reality for cultural heritage, and the proposed approaches can serve as a basis for future innovative projects in this area.

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Section: Based On This It Is Advisable To Consider Three Examples Of ...mentioning

confidence: 99%

The use of augmented reality for renovation of cultural heritage sites

Sachenko,

Kit

2024

HAIT

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“…It involves using a well-known dictionary of gestures to break down the classification of gestures in the edited data stream, finding and classifying gestures in an unedited stream that also includes random movements, and using rules to get rid of movements that weren't meant to be gestures but still look like gestures in the dictionary. The article [8] proposed a method that enhances the virtuality of training exercises with a ball, utilizing the MS Kinect camera. It also analyzed games from the LumoPlay and MotionMagix systems, encompassing logic, sports, entertainment, and relaxation genres while incorporating special effects.…”

Section: Source: Compiled By the Authorsmentioning

confidence: 99%

The method of automated filling of the database with descriptions of human physical exercises

Volkov,

Blazhko

2024

HAIT

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Presently, human-computer interaction employs infrared cameras equipped with motion tracking capabilities, facilitating the automatic generation of spatial descriptions for multiple human joints. The use of such cameras allows for the creation of active computer games, where the player can control the game process by performing physical exercises or specific gestures. The study examined support systems for computer games with physical exercises and identified the lack of an ability to modify the description of physical exercises in a separate database. The authors created a prototype for a computer game that incorporates physical exercises, storing them in the database as a series of gestures. However, the experiments revealed several drawbacks: the requirement for a specialist to independently populate the database with physical exercise descriptions, the potential for errors in the analysis of physical exercises, and the labor-intensive process of database filling. Therefore, the goal of this work was to reduce the time required to populate the database for identifying human physical exercises based on the spatial description of multiple joints formed by the infrared camera. To achieve this goal, the authors proposed the creation of a visual constructor for physical exercises and a method for automating the database's recognition of physical exercises. The practical significance of the work is as follows, the authors developed software, that includes the following steps: saving the states of joint positions over a specified period, processing the obtained joint state data from the spatial description, determining the logical relationships between the joints (greater, less, or equal), removing duplicate descriptions, identifying errors by the specialist using the visual constructor for physical exercises, and populating the database. The article examined the labor intensity of manually populating the database and the proposed method using physical exercises containing three, five, seven, and ten gestures. The results of the analysis showed a reduction in the labor intensity of populating the database using the proposed method by two point six to three point six times, depending on the complexity and specifics of the physical exercise. All experiments in the work were conducted using the Microsoft Kinect 2, which has been discontinued, but this does not affect the relevance of the work, as Microsoft encourages developers to continue using the existing Kinect Developer Kit programming environment for the Femto Bolt and Femto Mega infrared cameras from Orbex.

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Integration of the Process of Computer Game Developmentwith Augmented Reality in Stream-Education Components

Cited by 2 publications

References 0 publications

The use of augmented reality for renovation of cultural heritage sites

The use of augmented reality for renovation of cultural heritage sites

The method of automated filling of the database with descriptions of human physical exercises

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