• Journal of the Korea Computer Graphics Society
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• v.25 no.4
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• pp.17-24
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• 2019

In the game industry, traditional game development way was to develop a game engine in advance before developing game content. This has the disadvantage is the high cost of developing the game engine. Further, there is a problem that the game content are not developed unless the game engine is prepared in advance. In order to solve these problems, the game industry has recently selected a method of purchasing a license for a commercial engine, which is a method for improving the game content development productivity, rather than concentrating on game engine development. In this paper, we describe a game object and the structure in Unity and Unreal Engine 4. We compared the editor interface and the supported development languages in the two game engines. We also implemented a First-Person Shooter game to compare how the player's configuration and event handling differ from the two game engines.

• Proceedings of the Korea Information Processing Society Conference
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• 2008.05a
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• pp.481-484
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• 2008

In this paper, we present a new game interface design for First Person Shooters (FPS). Previously, FPS on computer is commonly played using keyboard/mouse or joystick along with PC display. We improve the communication environment between player and game world by means of new control system including large screen and laser gun, which create a real life-like space for players. Because traditional display for FPS uses CRT, it cannot support large screen display due to limitation of CRT technology. We designed and implemented a new input device using laser recognizable display. Results suggest that the combined interface creates a method which helps beginners to enjoy playing a FPS immediately and gives experienced players a new gaming experience.

• Proceedings of the Korea Information Processing Society Conference
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• 2007.11a
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• pp.183-186
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• 2007

In this paper, we present a new game interface design for First Person Shooters (FPS). Previously, FPSs on computer are commonly played using keyboard/mouse or joystick along with PC display. We improve the communication environment between player and game world by means of new control system including large screen, laser gun, and directional device, which create a real life-like space for players. Because traditional display for FPS uses CRT, it cannot support large screen display due to limitation of CRT technology. We designed and implemented a new input device using laser recognizable display. We implemented a new FPS based on Quake III that is in accordance with the new devices. Results suggest that the combined interface creates a method which helps beginners to enjoy playing a FPS immediately and gives experienced players a new gaming experience.

• Journal of Korea Game Society
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• v.12 no.4
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• pp.23-31
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• 2012

The collision processing is one of the essential factors to realize physical principles in the game, and it gives liveliness to the game. The collision processing requires a large amount of operations, and significantly affects the game performance. To address this problem, many studies have been conducted to reduce the operation volume, and the SAP algorithm is being widely used. However, its efficiency is low because it involves repetitive operations. In this study, a distance-based SAP algorithm was proposed to reduce the operation volume for the collision processing and address the problem of the SAP algorithm. A test was conducted to measure the FPS using the simulation program, which was developed with the proposed algorithm. The FPS was 2-33 times higher with the proposed algorithm, which indicated that the efficiency of the collision processing was improved.

• The Journal of the Institute of Internet, Broadcasting and Communication
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• v.20 no.1
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• pp.61-67
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• 2020

The game has several genres. Actions, RPGs, FPS, and simulations are diverse, and the game that flows around the story is a game genre that feels like watching a movie on the other. Internet game broadcasters can be thought of as playing a movie in a movie theater when they broadcast a story-type game. The difference with the movie theater is that you can get involved in the story by showing your play directly to viewers. As a broadcasting material, story-type games are a good means, but the fact that the story is published on the Internet in terms of game publishers can have a negative impact on sales revenue as viewers can enjoy the story without purchasing the game. The purpose of this study is to analyze the coordination status between producers and internet broadcasters for story-type games that could be copyrighted and suggest ways to move forward.

• The Journal of the Korea Contents Association
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• v.20 no.5
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• pp.665-680
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• 2020

This study analyzed changes in Korean online-game market from RPG to MOBA and FPS/TPS genre, based on Azuma Hiroki's database consumption theory. After selecting the representative game for each genre: World of Warcraft, League of Legends, and Overwatch, we analyzed the games' story, characters, progress, and simulacre produced by game users. The results of this study confirmed that changes in popular genre in the domestic online-game market proceed from consumers' verging toward database consumption. We also found that Korean game users prefer smaller stories and characters based on database, and that consumers have produced more rigorous simulacre than those in other cultural areas and re-databased it for next consumption. This study is the first to analyze changes in the domestic online-game market and adds a contribution to the literature in terms of incorporating Azuma Hiroki's consumption theory into the domestic game market.

• Proceedings of the Korean Society of Computer Information Conference
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• 2021.07a
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• pp.617-620
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• 2021

우리나라는 온라인 게임 개발의 글로벌 리더로서 MMORPG 장르와 캐주얼 아케이드 장르를 중심으로 다양한 게임을 만들어왔다. 하지만 MMORPG와 캐주얼 아케이드 게임의 과도한 경쟁은 장르의 편중 현상을 가져오게 되었고, 신선하고 새로운 재미를 기대하는 플레이어들의 요구와 결합하여 FPS(First Person Shooting) 장르나 스포츠 게임 장르 등의 새로운 장르 게임에 대한 연구와 개발로 이어졌다. 이러한 시대적 흐름 속에 대한민국 스포츠게임 개발 선구자인 조이시티는 길거리 농구 게임인 '프리스타일'을 개발하여 엄청난 화제를 불러일으켰고, 많은 개발사 및 개발자들에게 큰 영감을 선사하였다. 프리스타일의 후속작인 프리스타일2는 길거리 농구 게임의 재미를 더욱 현실감 있게 제공하고자 개발된 캐주얼 스포츠 장르 게임으로, 본 논문에서는 프리스타일2의 게임플레이 개발 사례를 통해 캐주얼 스포츠 장르의 개발 방법에 대한 한 예를 제시하고자 한다.

• Journal of the Institute of Convergence Signal Processing
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• v.17 no.2
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• pp.61-66
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• 2016

With the recent introduction of HMD devices, there is a growing interest in simulator games that are difficult to experience directly like a FPS, racing game. However, because these gaming require a large volume consol and a additive user manipulating devices for the more reality experience, most of these games are very expensive. Therefore, we propose the Arduino Air Mouse for a sniper simulator game, which maximizes realism and can be enjoyed with small volume and low cost devices. The implemented Arduino Air Mouse uses an acceleration sensor and gyro sensor. Specially, after this device was tested in the a sniper simulator game that is applied the ballistics in the Unity3D environment, the implemented game showed more reality.

• The Journal of the Korea Contents Association
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• v.8 no.7
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• pp.120-127
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• 2008

Practical use degree of Motion Capture technology is low in korea game market which did growth of MMORPG putting first. However, that is dance game or FPS, sports game genre is magnified. Therefore, practical use degree of Motion Capture technology is increasing. And, need various research to take advantage of Motion Capture technology effectively. Studied 3D game character animation manufacture pipe line for it. Characteristic of this manufacture pipe line is work classification, correction of two times, Biped format all-in-one to progress Motion Capture technology and keyframe-animation work at the same time. Also, manufacture pipe line that is consisted of this constituent has economic performance, extensity, systemicity.

• The KIPS Transactions:PartB
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• v.13B no.1 s.104
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• pp.15-20
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• 2006

This paper describes research on intelligent game character through performance enhancements of physics engine in computer games. The algorithm that recognizes the physics situation uses momentum back-propagation neural networks. Also, we present an experiment and its results, integration methods that display optimum performance based on the physics situation. In this experiment on integration methods, the Euler method was shown to produce the best results in terms of fps in a simulation environment with collision detection. Simulation with collision detection was shown similar fps for all three methods and the Runge-kutta method was shown the greatest accuracy. In the experiment on physics situation recognition, a physics situation recognition algorithm where the number of input layers (number of physical parameters) and output layers (destruction value for the master car) is fixed has shown the best performance when the number of hidden layers is 3 and the learning count number is 30,000. Since we tested with rigid bodies only, we are currently studying efficient physics situation recognition for soft body objects.