Recently, It was not sufficiently prepared a realistic ways for the effect measurement of digital media advertising due to the lack of concepts or platforms for new media advertising and advertising standardization. This is the biggest problem. The advertising effective measurement system technique uses the camera which attaches in TV and It measures and manages watching behavior recognition information about broadcasting/advertisement contents. Also it analyzes the information which are collected for advertizer or advertisement vicarious execution company in effective index. and it provides the program rating and advertisement effective measurement and analytical results which are accurate and various. In this paper, we proposed the structure, function and service model of the effect measurement system of smart media for building the smart broadcast advertising effectiveness measurement system. In particular, We tried to present the advertising effect measurement system for effect measurement data collection and analysis based on watching behavior in the smart media environment of being activated from the convergence field of broadcasting and communication.
Lectures differentiation at universities have focused on that to be able to understand the basic concepts, to interpret the problem differentiation method given in symbols or sentences. The purpose of this thesis is studying an efficient teaching method for differentiation using Maple. Maple was utilized to explain the concept of differentiation and to express various differentiation. And we treat differentiation of functions including trigonometric functions. In this paper, differentiation in learning and learner information, learning as the acquisition of a simple algorithm, mathematical explore ways to take advantage of the opportunities presented.
Since the smart device hardware related technology has been rapidly developed and it can provide fast processing speed recently, the interest of real-time representation for 3D deformable objects has been focused in various fields of developing applications for smart device. To present the method for implementation of robust and fast dynamic simulations based on iPhone 5, this paper analysis the possible representation number of deformable objects and complexity of objects which can be computed in real-time by test of various 3D deformable objects. The implemented physically-based FFD-AABB algorithm utilized the 2-level bounding sphere based approach provides fast collision detection and handling using the shape analysis of 3D deformable objects. In addition, to evaluate the performance of implemented algorithm we perform the free falling simulation test from the predefined height with various shapes of 3D deformable objects. Therefore, this paper presents the 2-level bounding sphere based modeling of objects using the shape analysis for fast collision detection and provides the guideline of 3D deformable object modeling for real-time simulation with iPhone 5.
In this paper, We developed the economic BIPV solar module system with the reflection-type optical devices. In conjunction with the image recognition device and program calculation method enhanced the solar tracking accuracy. It’s accuracy can be within ± 0.1 °. In this study, we made the system. This system traces the brightness of light emitted from the light source. And, in the distribution of brightness, we can find the center of the light source. Then, using the obtained data, the system can move a plurality of photovoltaic devices at the same time. Also, it is light source tracking multi-control embedded system of network-based with the results of operation of the device to collected data and to verify the results of fulfillment the command. In addition, it implemented to allow real-time monitoring.
The increase of smartphones has not only been changing our lives more convenient but is also gradually reaching out into the teaching method. Students are now able to change their class from the indoor-learning style to the field-experience-learning one using smart phones. In this study, we have implemented a smart phone application that supports field trips for history curriculum. This application is designed to attract voluntary participation from students. A teacher can configure missions that are related to the target objective or spot. The missions will be delivered only to those who have reached the determined spot, for the teacher also can track down the students’ location. Moreover, each mission is in various forms such as a photograph shooting or a group-mission about historical district, as well as regular assignment.
This study aimed at examining the differences between male college students and female ones in the use of social network services(SNSs) by conducting Confirmatory Factor Analysis. For the research, a total of valid 496 students participated in the survey with the research questionnaire having 4 factors and 16 related elements. From the EQS structural equation modeling statistics package, both males and females showed similar purposes of using SNSs such as relationships, information distribution, collaboration, and feedbacks with appropriate goodness of fit indices. Configural, measurement, and structural invariance testings indicated that both searching friends/socializing activities and producing/sharing information were closely related each other among males. Producing and sharing information were also related each other and the information distribution factor was closely connected to knowledge building activities among females. As suggestions, an approach in terms of gender differences, rather than gender gaps, should be highlighted in the use of SNSs so that appropriate development and usage strategies should be facilitated considering gender differences.
E-book market has grown rapidly for several years, and its readers have advanced to support user interaction, multimedia, script, and other interesting features. In this paper, we introduce some design issues for an integrated e-book reader which consists of three different viewers (interactive e-book viewer, 3D model viewer, and augmented reality viewer), and supports HTML, user interaction, and multimedia. In the system, the e-book viewer is essential, and it is based on WebKit, so that it allows HTML-based contents to be published as e-books with little efforts. We also show a prototype system and its evaluation compared to other existing readers.
In recent years, due to the rapid increase of vehicles delay and congestion from the main road occurs frequently. Because of the establishment of a new road, finding a route to the destination has been very difficult, so the use of high-pass and the navigation are increasing. Thus, in this paper, by considering the user's convenience and economy, Convergence HiPass (C-HiPass) system which fused High-pass and navigation is proposed and implemented. C-HiPass system is designed and implemented to fuse high-pass technology and navigation capabilities by being based on .Net using Arduino. In addition, as we developed it to show driving record according to user-convenience, it can gives us the effect to maximize the user-convenience.
The progressive lens products appeared to solve the problem of presbyopia appear after the age of 40, and a source of competitive advantage is a progressive design capabilities. In recent years, a progressive design with advanced equipment and software becomes available, the innovation of industrial structure is in progress. Above a certain level in the global market through acquisition more than a certain level of profitability and sustainable growth by promoting competition to occupy a superior market position, product innovation and process innovation should be pursed for the Industrial competitiveness. And, as the core of the global competition and opportunities, the value chain is built around the lens lab. Now, due to the progressive design innovation, the small Union is thought to be a strategy based on targeting the global market. The latecomer of the progressive lens market, the alliance's global network is important.
Today’s corporate environment is an information age in which knowledge decides corporate competitiveness. Especially in an age of knowledge management, corporations that can make optimal organization of knowledge can obtain a competitive advantage. Recently, domestic construction companies have been going through a difficult period of time due to many adverse domestic and foreign factors. This study looks into the effect the attributes of corporate knowledge have on the transfer and application of knowledge along the control line in an organization. To this end, we did an empirical analysis of what effect the internal factors and control method of organizational knowledge attributes have on the knowledge transfer and application with the application of the structural equation modeling (SEM) for domestic construction companies. According to the result of this study, the control of the results has a significant effect on both the knowledge transfer and application, while the control of the process has a significant effect on the knowledge application for Korean construction companies.
The purpose of this research is to investigate the effects of individual relationship and thriving on career development. On the basis of theoretical linkages between the constructs, a conceptual model and hypotheses were established. A total of 305 data collected from field survey were analyzed for this research by using SPSS 18.0 and AMOS 18.0. This research verified the hypotheses by using structural equation model. The following is a summary of the results. First, individual relationship was positively related to thriving. Second, thriving was positively related to career development. Lastly, individual relationship was not related to career development. Theoretical and practical implications are discussed.