Since 1997, ¡§Copyright Intermediary Organization ACT¡¨ has been implemented; seven collective management organizations emerged one after another. But they had a hard time promoting their business. Their earnings are far less than the incomes of other developed nations. What adversity are the collective management organizations in Taiwan faced with? What kind of reasons causes the collective management organizations to develop so slowly? In view of all these, this thesis is conducting a research and survey on the operation of the collective management organzitions in Taiwan. Besides probing into the reasons that result in the sluggish development of the collective management organizations through the analysis of quantification and profound interview, this thesis also provides the key points of constructing the system of copyright collective management in Taiwan and the framework of an integrating website platform for copyright collective management to offer a reference for the future development of integrating the collective management organizations in Taiwan. This thesis is divided into five chapters to explore the operating pattern of copyright collective management in Taiwan. The first chapter is introduction, which describes the research background, research motivation, and the destination of this study. Afterwards, it traces back to the related historical material of copyright collective management organizations and offers study methods, the scope and limitation of research, the framework of research, and the arrangement of chapters. The second chapter explores the ideal system of the collective management, starting from the ideal goal of the collective management to the direction of empirical operation of copyright collective management organization and finally pointing out the application of e-commerce and website platform. The third chapter mainly narrates the planned procedures and content of ¡§profound interview¡¨ and ¡§five municipacity copyright cognition inspections.¡¨ The fourth chapter follows the research fruit of the third chapter. It is about the result of interview and inspection. By means of it, the outline of the present development of the collective management system in Taiwan is revealed. The fifth chapter put forth the discovery of this research and a conclusion and some subsequent research suggestions.

As Taiwanese performing arts environment changes, some performing arts groups begin to co-operate with business companies and share marketing resources aggressively. On the other hand, since National Culture and Arts Foundation has launched Performing Arts Marketing Platform project in 2006, which has promoted several platforms to co-market with business companies and to gain benefits. However, this business model has not been developed throughly. The purposes of this study are to explore the theories of co-marketing alliances; to understand the influence of the marketing platforms during co-marketing alliances as arts intermediaries; to compare four cases of co-marketing alliances; to modify the co-marketing alliances models and to conclude some suggestions for business companies and Performing Arts Marketing Platforms to improve their cooperation. This study is based on four co-marketing alliances case studies, with observation and in-deep interviews to collect research data. The study concludes that except marketing concern and brand awareness, social responsibility, which helps performing arts organizations to gain more trusts from business companies, becomes another important motivation to form alliances. These motivations affect business companies for choosing their partners, managing the alliances, and evaluating the results. Furthermore, ¡§complementary possibilities¡¨ and ¡§alliance promoters¡¨ are two advantages for Performing Arts Marketing Platforms to built relationships with business companies. Since customers¡¦ cognitions and attitude are not easy to be evaluated, business companies can only measure the outcomes of the alliances through number of consumers, advertisement impression, overall revenue and return questionnaires, which are also difficult to distinguish from normal situations. Therefore, most of the business companies prefer to evaluate the alliance by managers¡¦ subjective judgments. In order to establish a steady alliance, a business company has to familiar with the diversity of performing arts and alternative alliance models beforehand. A Performing Arts Marketing Platform has to consider the needs of business companies, performing arts organizations and itself. The study also suggests a Performing Arts Marketing Platform should increase its advantages and emphasize equal partnerships. It can connect the resource from all the performing arts organizations it helps, and enhance alliance promoter¡¦s professional ability.

For an offshore platform structure applied to wave-energy conversion system, in order to catch the maximum waves to generate more powers, similar to wind-energy power generators, a range of angles for the devices normal to the propagating direction of incident waves is required, particularly when the power converting system has directional preference. In this study, an electro-magnetic wave energy conversion device was developed and tested in a single-mooring offshore platform system. In order to find the best design parameters for the electro-magnetic generators system in various wave periods a water-tank experiment was designed and performed. During the experimental study, both wave parameters and dimensional related parameter of the generator were under investigation. It was found in this study that the newly developed wave conversion system can work well under certain periods and height of waves. The relationships between the parameter were presented into figures.

Graphic user interface has become the mainstream of today¡¦s web-based systems. The object oriented technique and the diagrams from the Unified Modeling Language (UML) are becoming the major tools for modeling the platform independent model (PIM) of a web-based system. Once the PIM is constructed, the results can then be transformed into its platform specific model and template code based on the model driven architecture (MDA) approach. However, the detailed guideline for the transformation from PIM to the Microsoft .Net platform is lacking. Therefore, this study presents a methodology which provides guidelines for the transformation from PIM to Microsoft .Net platform for a web-based system. The research methodology is articulated using the design science research methodology. A usability evaluation with a real-world web-based system case is performed to demonstrate its applicability. The results indicated that with this proposed method, the system developer can effectively transform the PIM of a web-based system into its Microsoft .Net platform and template code.

Service-oriented architecture (SOA) approach has become the mainstream of today¡¦s systems development technique. The Unified Modeling Language (UML) is becoming the major tool for modeling the platform independent model (PIM) of a SOA system. Once the PIM is constructed, the results can then be transformed into its platform specific model based on the model driven architecture (MDA) approach and a specific platform. To develop a SOA system, the developer can then use the platform and choose the proper components to construct services and then business processes. However, the detailed guideline for this type of construction based on a specific platform is lacking. Therefore, this study presents a methodology which provides guidelines for the construction from components, service to business process for a SOA system based on the IBM WebSphere platform. The research methodology is articulated using the design science research methodology. A usability evaluation with a hypothesized case is performed to demonstrate its applicability. The results indicated that with this proposed method, the system developer can effectively use the IBM WebSphere platform to construct the business process based on the PIM of a SOA system.

The objective of this study is to build the platform, and the user can choose one model of the three models (1) base multi-factor alpha model (2) sector-specific alpha model (3) market trend-based multi-factor alpha model. The user can choose one target index of the four indexes (1) Electronic (2) Finance (3) Non-Finance Non-Electronics (4) TAIEX. The platform also combined the score of sector-specific model and market model, which we called hybrid model. The platform provides (1) elasticity of equity management (2) completeness of investment strategy (3) inclusiveness of alpha models and target indexes. The user can select a suit model and allocate the model and the target index, and quickly back-testing and evaluate performance. The contributions of this study are that help asset management companies quickly design investment strategies and back-testing, or product many different equity portfolio funds, and evaluate performance for stabled performance.

The purpose of this thesis is to develop a novel design of the oscillatory type of wave-energy acquisition system. It is aimed to increase the efficiency of wave-power acquisition from random sea. The main feature of the new system structure is its flexibility to adjust the system dynamics to satisfy two optimal criteria. The effects of various system parameters on the system dynamics and acquired power were analyzed. To find the set of system parameters to acquire the highest power, an optimization searching method was adopted. Finally, a regression model was established to help the user to calculate the optimal system parameters under various application conditions. The study first indicated that to acquire high power from sea wave the dynamic characteristics of the system should satisfy two criteria. However, the study also revealed that the dynamic properties of a traditional acquisition system are difficult to fulfill the two criteria in a wide frequency band. Accordingly, a new system structure was proposed. It is composed of a traditional acquisition system and a vibrating platform. The platform is linked to the acquisition system through a spring. Because of the coupling effect, the dynamic characteristics of the acquisition system are altered. The effects of varying different system parameters on the locations of pole or zero of the transfer function of acquisition system were examined. It was shown that with a proper choice of system parameters, the frequency bandwidth satisfying or close to the two criteria may be increased. The study indicated that acquired power of the proposed system is higher than the traditional one by 34%.

This study aims at movie theaters in Kaohsiung to explore the relationship between marketing mix strategy and repurchase intention. single screen, miniplex, multiplex and megaplex. Our three targeted movie theaters are in the form of multiplex (holding 8 to 15 screens): Vieshow Cinemas in MegaA, Cinemark in Dream Mall and 3.Ambassdor Theatres in E-Da World. The audiences who have tickets to the three movie theaters are the researched samples. This study adopts structured questionnaires and qualitative method to analyze diverse variables. The formal questionnaire includes three sections: marketing mix strategy scale, repurchase intention scale and the consumer¡¦s basic profile. The questionnaires are made with reference to literatures and previous surveys in order to revise to conform to the purpose of the study. For the pilot study, the number of the questionnaires is 100 copies. Then, the number of the samples amounts to 1200 persons by means of convenience sampling. From survey participants, 1012 respondents were collected, and invalid ones were excluded, at the rate of recollection of 84.3%. Two hypotheses are proposed: 1¡GDifferent customers-one variable of population- has significant impact on marketing mix strategy. 2¡GMarketing mix strategy has significant impact on repurchase intention. The statistic tool SPSS17.0 are used for analysis of data and test of hypotheses covering multi analysis in terms of description, reliability, factor, T test, single-factor ANOVA, correlation and regression. The following are the findings: 1¡GDifferent consumers, the variable of population, significantly impact on marketing mix strategy. 2¡GMarketing mix strategy has significant impact on repurchase intention. Our suggestions are made as follows: 1¡GDesign specific network communication for youngsters and adults. 2¡GConvey more advertisement messages on popular networks and papers toward students and employees 3¡GStrengthen the diversity, accessibility and popularity with respect to the contents of network marketing. 4¡GImplement diversified marketing mix strategy for different customers. 5¡GExtend other dimensions (e.g., customer¡¦s satisfaction) for study. 6¡GStudy more movie theaters in different areas (such as Tainan, Taichung, New Taipei City and Taipei) or non-premier theaters by expanding our scales. 7¡GCollaborate and cooperate with the authority.

Modern gas turbine engines require higher turbine-entry gas temperature to improve their thermal efficiency and thereby their performance. A major accompanying concern is the heat-up of the turbine components which are already subject to high thermal and mechanical stresses. This heat-up can be reduced by: (i) applying thermal barrier coating (TBC) on the surface, and (ii) providing coolant to the surface by injecting secondary air discharged from the compressor. However, as the bleeding off of compressor discharge air exacts a penalty on engine performance, the cooling functions must be accomplished with the smallest possible secondary air injection. This necessitates a detailed and systematic study of the various flow and geometrical parameters that may have a bearing on the cooling pattern. In the present study, experiments were performed in three regions of a non-rotating gas turbine blade cascade: blade platform, blade span, and blade tip. The blade platform and blade span studies were carried out on a high pressure turbine rotor blade cascade in medium flow conditions. Film-cooling effectiveness or degree of cooling was assessed in terms of cooling hole geometry, blowing ratio, freestream turbulence, coolant-to-mainstream density ratio, purge flow rate, upstream vortex for blade platform cooling and blowing ratio, and upstream vortex for blade span cooling. The blade tip study was performed in a blow-down flow loop in a transonic flow environment. The degree of cooling was assessed in terms of blowing ratio and tip clearance. Limited heat transfer coefficient measurements were also carried out. Mainstream pressure loss was also measured for blade platform and blade tip film-cooling with the help of pitot-static probes. The pressure sensitive paint (PSP) and temperature sensitive paint (TSP) techniques were used for measuring film-cooling effectiveness whereas for heat transfer coefficient measurement, temperature sensitive paint (TSP) technique was employed. Results indicated that the blade platform cooling requires a combination of upstream purge flow and downstream discrete film-cooling holes to cool the entire platform. The shaped cooling holes provided wider film coverage and higher film-cooling effectiveness than the cylindrical holes while also creating lesser mainstream pressure losses. Higher coolant-to-mainstream density ratio resulted in higher effectiveness levels from the cooling holes. On the blade span, at any given blowing ratio, the suction side showed better coolant coverage than the pressure side even though the former had two fewer rows of holes. Film-cooling effectiveness increased with blowing ratio on both sides of the blade. Whereas the pressure side effectiveness continued to increase with blowing ratio, the increase in suction side effectiveness slowed down at higher blowing ratios (M=0.9 and 1.2). Upstream wake had a detrimental effect on film coverage. 0% and 25% wake phase positions significantly decreased film-cooling effectiveness magnitude. Comparison between the compound shaped hole and the compound cylindrical hole design showed higher effectiveness values for shaped holes on the suction side. The cylindrical holes performed marginally better in the curved portion of the pressure side. Finally, the concept tip proved to be better than the baseline tip in terms of reducing mainstream flow leakage and mainstream pressure loss. The film-cooling effectiveness on the concept blade increased with increasing blowing ratio and tip gap. However, the film-coverage on the leading tip portion was almost negligible.

Dolby AC-3, the audio signal compression standard adopted by the United States Advanced Television System Committee (ATSC), and wildly used in other applications DVD and digital TV. In order to improve the compression quality, the AC-3 defines two block lengths for IMDCT, one 512-pt.(long block) and the other 256-pt.(short block,). In the thesis, we realize the AC-3 audio decoder on the ARM-based platform. Our simulation results show that the IMDCT takes about 66% computation time of all decode process. Since the pure software decoding time cannot meet the real time requirement in many high speed applications, we design and implement the IMDCT hardware architecture considering of shore/long transform, the memory allocation for IMDCT, and use look-up tables to reduce the computation load. The HW/SW co-design on the ARM-based platform achieves the real-time requirements.