Remediation in game has two logics, transparent immediacy and hypermediacy. Transparent immediacy is a form of visual representation that wipes out the presence of the medium for users and makes them feel as though they are in the presence of the objects of representation. Although game has characteristics of both transparent immediacy and hypermediacy, it has particularly strong transparent immediacy, which allows users to become immersed in the game. The self that is formed in game remediates another self through immersion in immediacy and the awakening of hypermediacy. This study analyzes the characteristics of the remediation self based on the virtual self represented in immediacy and networked self represented in hypermediacy in game. The virtual self is characterized by the immersion and dissolution of Descartes’ ego, which are enabled by the provision of linear perspective and six degrees of freedom. The networked self is characterized by a desire for hypermediacy,which is fulfilled bythe interface windows and a high level of interactivity. This paper explores how game as a new digital medium redefines the self.

오늘날 게임 산업의 발달과 함께 다양한 디지 털 콘텐츠가 생성되고 있다. 특히 우리나라에서는 지난 2000년 이후로 컴퓨터 네트워크 기반 시설 의 확충과 PC방의 등장, 속칭 ‘국민게임’이라고 일컬어지던 ‘스타크래프트’의 등장으로 관련 산업 이 급격하게 성장하였다. 그 이후 방송사업자는 게임물을 기반으로 기획한 ‘e-스포츠 경기 영상’ 을 제작하여 인기몰이를 하였다. 또한 인터넷 네 트워크를 이용한 동영상 전문 사이트(Youtube 등) 또는 개인 블로그 등 사설 플랫폼 사업이 활 성화되면서, 게임 이용자인 플레이어 개인들이 스 스로 게임물을 활용한 창작을 하기에 이르렀다. 그러나 게임 플레이어가 제작한 영상물에 대하 여는 그 저작물성에 대한 논의가 극도로 제한된 조건 하에서의 판단이거나 오래되었으며, 단지 원저작물인 게임물의 내용이 반영되었을 뿐이라 는 이유로 저작물성을 인정하지 않는다. 하지만 오늘날에 들어서 상황이 바뀌었음에도 불구하고, 관련 연구나 법원의 판례 또한 드물어 권리관계 가 명확하지 않은 실정이다. 따라서 본 논문에서 는 게임기반영상물의 저작물성과 게임물과의 권 리관계를 명확화하기 위한 목적으로 법적 상태를 논의하며 모델을 제시하고, 그 제작에 주도적 역 할을 한 게임 플레이어의 법적 지위를 살펴보고자 한다.

As a macroscopic research for the interaction of mobile game platform, I have analyzed the differentiation & characteristic of interaction for each platform. ‘Game & Watch’ was the first handheld game console released by Nintendo in 1980, the initial model was merely a combination of clock and game consoles to emphasize mobility. However, ‘Game&Watch:DonkeyKong’ which equipped with Yokoi Gunpei’s cross key provided an opportunity for the development of a full-fledged multi-screen gaming. ‘GameBoy’ was the beginning of a portable game machine in the modern sense. It has brought a lot of changes for the gameplay pattern using the contrast of color, smooth animation, as well as interchangeable cartridge system. Also, ‘NDS(Nintendo DS)’, which had several interaction system such as dual screen, voice input and touch input, had contributed to expanding the emergence of innovative game content and women game users. ‘PSP(Playstation Portable)’ by SONY in 2004 materialized 3D games using high performance and progressed to multimedia platform.

This paper presents a Cocos2d-x-based mobile game using a twisted GFSR-PRNG (Generalized Feedback Shift Register - Pseudo-Random Number Generator), known as the Mersenne Twister, with a super astronomical cycle of 219937 - 1, and good virtual randomness in up to 623 dimensions, to deal with random factors for use on Android. Especially, if there are several rand() function calls at the same time, when a user plays the game, the dots do not fit. The Cocos2d-x-based mobile game shows the Mersenne Twister MT19937 is suitable and much faster than rand(). In addition, anyone who has a smart phone can easily install the game and play it. In this game, the player controls his or her own aircraft to destroy the enemy while avoiding obstacles. One key point of this game is that various effects are assigned to each image frame. Moreover, this game is special because it allows the player to produce something called small boss mobs and large boss mobs, providing various types of attached projectiles, upgrading to 10 stages in total and enemies that appear accordingly, and giving items that burst out laughing during the game.

The purpose of this study is to investigate the Correlation between BPM(Beat Per Minute) and song preferences of the rhythm game. This study was investigating the "hit chart" of the two rhythm game from KONAMI and analyzed by BPM section. In addition ran a survey about whether BPM effects the selection of the song and game play. The results of aforementioned researches showed that user's preferred songs in two KONAMI games were mostly over 160 BPM which is fast, and considerable number of songs in those games were faster than the songs in general popular culture. Also, 55% of survey participants said they take BPM into account when deciding the song they want to play and 80% said there is strong correlation between gameplay and BPM. To sum up, BPM effects the gameplay and song selection. Also, popular rhythm game songs have higher BPM than songs in general culture. In conclusion, BPM is something that must be considered when designing a rhythm game.

In recent years, a variety of motion recognition devices for HMD have been presented. Operation method using the motion recognition is the best one for the characteristics of HMD that the user's sight is obstructed in using the contents. The recent HMD devices have the head-tracking feature recognizing the movement of the user's head. However, the operation of the avatar using head-tracking lead to the depressed usability caused by the unfamiliar use. In this paper, the avatar was moved using the head tracking function built in HMD as a basic operating device, which enhanced the usability of the contents by showing the movement of avatar whose human motion capture was linked to the position of the user's head in the third person point of view. The user is able to trace his own position to operate the contents by the avatar in virtual space, which would reveal the potential for utilization of the user interface by which the avatar is controlled through inputting the function of tracking direction.

Musculoskeletal disorders are generally caused by physical activity and job stress, lack of exercise, neck, shoulders, and back. In this paper, we were implemented using the IMU(Inertial Measurement Unit) sensor rehabilitation contents and measurements of the cervical range of motion that can help the rehabilitation of patients with musculoskeletal system. It was compared to the CROM method for verification of the IMU sensor data, the error rate was the result of less ±0.3󰔆. In other words, the results indicate that there is no problem to measure the cervical range of motion. So we were calculated the quaternion angle for each flexion, extension, and lateral flexion and extension, the contents for these was implemented. In addition, the implementation of a virtual reality-based contents using the Google cardboard was to show the possibility to replace existing high virtual reality contents.

Malaria is an infectious disease that cause chilling, fever and hepatosplenomegaly by protozoan in plasmodium invading red blood cell, carried by anopheles mosquitoes. Malaria is transmitting steadily in South Korea from 1993 when vivax malaria retransmission occurred to soldiers at the front line near North Korea. There are many attempts in academic fields to analyse the causes by carrying out correlation analysis considering weather elements and regional characteristics, also developing tools for analysis. However, existing analysis tools have many limitations relating multi-platform support, user associability, limitation of information and so on. This study is to improve these limitations by developing hybrid web app concepted malaria vulnerability map system. Thus, it is possible to check the real-time malaria risk information, even in mobile platforms, and maximize the support for ease of use by using the implements and game UI animation technology of mobile-specific functions. Further utilizing a frame animation technology is a game animation techniques visual representation, and visually provides a time zone of malaria risk information, it is attempted to increase the user access. The system is expected to utilized by experts in related fields and general users.

The need for contents that uses motion capture has increased recently. Motion capture realizes the various motions as the data collected through the marker reacts to the characters after being converted to digital data. However, if generalizing the various methods that have been conducted so far, it is somewhat unreasonable to complete animation only with motion capture. The existing motion capture field have been carried out based on the equipment operation and technology development and the advanced research of motion capture-producing pipeline for the production of animation is insufficient as well. This study suggests the realistic animation-producing pipeline by modeling, character setup, calibration, motion capture, data modification and integration of animation for each phase based on such methods.

Open source "Boost Lib" in this paper is to propose a distributed processing architecture of the game server, and the server models the whole vertical extension of the load generated by a specific process, the load on the game server for both the horizontal scale model of a typical distributed system, Dispersing the processing game process, and corresponds to the load.Multi-server architecture is distributed into the game world to the local level. Since the distributed server to process by integrating the entire process of the game server divided area, when only a specific process, the throughput increases a load to cause the load itself is transferred, the entire game server the local server is slow. If the load is generated in the specific process in the multi-server architecture must scale the game server or the game server cluster. However, while the load of a particular server extensions are uneconomic to process less meaningless. Therefore, the conventional method of dispersing uniformly without separate operations for all the processes are dispersed to the more process unit will be more and better ways to game services in general reliable service throughout is possible. for all the processes are dispersed to the more process unit will be more and better ways to game services in general reliable service throughout is possible.

Physics game engine, the graphics engine and network engine, artificial intelligence engine, sound engine, isometric engine that is more variety such thoughts. The engine for the convenience of the various parts during manufacture of the game. If there is no engine, it is to use this to be produced by programming a portion corresponding thereto directly, saving time and money. For example, look at some first example I saw a lot of Havok physics engine in the engine is relatively inde For example, depending on the intensity and direction of the character is pushed when the hammer hits the hammer Distance, angle, an engine that can help you easily apply a variety of calculations, such as physical strength. The following is a typical wah, etc. also wrote the Gamebryo graphics engine as. Sikimyeo optimize the graphics engine built object in 2D or 3D image through techniques such as Shader serves to make faster, more glamorous images that appear on the screen. Artificial intelligence engine to assist so that you can easily AI characters Any engine helps but, for example, A * pathfinding algorithm, easy to like Adjust the AI monster any play a role. Thus the role that can help you more easily and quickly to play the game engine is produced. In the paper, we analyze the "Unreal Engine" and "Unity3D" engine.

In this paper, we developed a virtual reality-based contents that can gait analysis and gait training on a treadmill using a depth camera of Kinect. This content was used in the user's step length, step velocity, step count, flexion angle extracted by the Kinect skeleton tracking. Nine male subjects (24.9 years, 173.2cm) performed gait training using avatars to reflect their movements on the treadmill and confirmed result of gait analysis using real-time graphs to display their gait variables. Implemented contents can lead to a cognition reaction that is to avoid collisions with obstacles, as well as to determine the gait movements in a virtual reality. Based on these results, we will be able to make real time gait analysis and gait training, in consider the characteristics and safety of a rehabilitation patient by developing content that we have fun with additional tests for gait analysis.

As a rapid proliferation of mobile system environment may induce a number of changes, NFC technology is also evolving, and it is being applied in many fields. In this paper, we propose a skin care technology inter-working smart communication devices. Without the use of expensive skin care device, a cosmetic container is implemented to have a smart function, used by the users over a long period of time. It acquires the user's biometric information from the smart container and transmits it to the user's terminal over a short-range wireless communication in order to provide counseling app information such as health care.

The high resolution mesh tessellation method using PN-triangle (Point Normal – triangle) derived from the low resolution mesh triangle is widely used because it does not require the adjacent triangle information. With this PN-triangle tessellation method, the method to further subdivide triangles close to the silhouette was also presented. However, the previous method produces the extreme case where the tessellation factor will be zero when a triangle is far away from the silhouette. In this paper, unlike the previous method, ① the modified method to smoothly increase the tessellation factor as close to the silhouette is proposed. ② Also the method to increase the tessellation factor as close the view and away to the silhouette is proposed. ③ The modified method to increase the tessellation factor as the size of primitive is also proposed. The proposed method is verified by the experimental simulation.

기술 표준은 기술적 특성과 사양에 대한 일종의 사회적 합의로서 기술의 발달 과 함께 모든 산업에 걸쳐 존속되어 왔으며 최근에는 정보통신 기술의 발달과 함께 기술의 상호호환성을 제공하고 시장의 우위를 선점할 수 있는 전략적인 요소로 각광받고 있다. 이에 기술 표준 연구(표준화 연구)는 기술 표준의 채택 과정과 이로 인한 경제적 효과를 분석하여 이론적 및 정책적 함의를 도출하는데 그 의의가 있다. 그러나 기존의 연구에서는 기술 고유 의 가치와 상호호환성에 대한 고려가 부족하다는 점에서 기술 중심의 분석 결과를 도출하는 데 있어 구조적 한계를 드러낸다. 본 연구는 기술 네트워크 분석을 통해 도출한 기술 차별화 정도와 기업별 기술 선호도 함 수를 두 단계 게임 이론 분석 방법에 반영하여 새로운 기술 중심 표준 연구 방법론을 제공하는 것을 목적으로 하고 있다. 그 실증 사례로 사물인터넷의 무선 팬 기술을 선정하였으며, 본 연구 방법론을 통해 해당 시장의 기술 구조 및 표준 관련 함의를 도출하였다.

The purpose of this paper is to research on humanities in real games and electronic games for PX(player experience) in gamification. The humanities are academic disciplines that study human culture. The humanities include anthropology, archaeology, history, law, languages, linguistics, literature, philosophy, performing arts. As a well-designed game brings the most powerful and sophisticated user(human) experience, a well-designed gamified application can provide players with the supreme user experience, aka PX(player experience) causing playful behavior and a positive mindset. Recently 'gamification‘has been broadly accepted as a powerful motivator in various fields and the definition of gamification is expanding to take into consideration, 'PX(player experience)‘because gamification is the idea of using game-thinking and game mechanics to solve problem and engage players. This paper analyzed and compared each sub-branches of humanities with real and electronic games historically for basic theoretical foundations of PX in gamification.

Kegel exercise is commonly prescribed to improve the urination and evacuation capabilities of a patient. Assistive devices developed for Kegel exercise are found limited in terms of clinical effectiveness and motivation. The present study is intended to develop a serious game to support active and sustainable Kegel exercise for patients. A four-step process (benchmarking, analysis of patent and technology, ideation of hardware and software, and implementation) is applied in the present study to development of a Kegel serious game. The proposed serious game for active Kegel exercise needs to be validated in urology clinics.

We explored the effects of mandala art therapy game for attention deficit children who were enrolled in day care center for children. We found 17 ADD children through questionnaire DSM-Ⅳ. For 2 Months, from 1st of April to 20th of May, experiments of art therapy program and Mandala art therapy games were carried out twice a week. After analysis of experimental results, Mandala art therapy game is effective for ADD children.

Many researches have been performed on eye tracking technology and its major researches include mobile UI measurement, navigation, internet web measurement, measurement of TV concentration. However, a research on evaluating concentration of mobile gamer has not been performed so far. In this study, a possibility of being able to provide mobile game designer with data for concentration measurement was verified by measuring concentration of mobile gamer based on GazePlot, HeatMap, Cluster by utilizing eye tracking technology. In addition, based on the result of measuring eye tracking experiment, several advantages for objectivity, differentiation and complementarities of eye tracking technology were suggested. In order to measure suggested experiment result, an experiment was performed by using eye tracking system software (Tobii Mobile Device Stand for 2x2) and data, graph that could be utilized as reference data at the time of game development in the future were presented by identifying concentrated part and not concentrated part in playing a game after measuring concentration by each age group.

Purpose of this study is to derive the sensitivity keywords of the digital crowd it can be applied to game. Our research is based on Korean emotion-based of culture contents dot com and emotional code of digital crowd in LG Business Insight Weekly focus. We tried to derive the new ways of getting emotional information. We live in an age of cultural changes, we can stimulate emotions of human through this study. We would like to derive the sensitivity keyword. This research could be used for game and digital content creation.