Nowadays, world-wide enterprises have a new situation after the financial crisis in 2008. Environment faced by the enterprises is so sinister that a small mistake may bring fatal collapse. Business strategy becomes an important issue. The business strategy is used to guide the organization and people to the business vision and goals. It makes shareholders, customers, and members know why the enterprise exists, for what and whom they are fighting. Therefore, the first step of the ¡§business strategy management¡¨ is to construct the ¡§business strategy architecture. Business strategy architecture integrates multiple views of an enterprise to achieve the business strategy synergy. Strategy map uses text, graphics, and process-oriented languages to describe the business strategy. However, using these languages to express the business strategy will result in great difficulties of strategy implementation and resources distribution. Because the strategy map is a process-oriented model, it cares more on the organization behavior view and can not integrate with the organization structure view. In this study, we develop an Architecture-Oriented Research & Development Laboratory Business Strategy Model (AORDLBSM) which is based on the six fundamental diagrams of Structure-Behavior Coalescence (SBC) Architecture. AORDLBSM improves the strategy map model in integrating the structure and behavior views. The results of the study show that AORDLBSM is a macro to the micro, from whole to part of the strategy thinking. AORDLBSM integrates organization structure and organization behavior so tightly that it is able to transform implicit knowledge into explicit knowledge. We conclude that AORDLBSM is a description tool that can transform the abstract concept into a real system that enables the organization and people accomplish strategies successfully.

Taiwan Island is surrounded by seas in all directions of its territory. Because of the tortuous coast, harbors and bays, in addition to the government¡¦s policies to mainland China opening gradually, the piecemeal activities of smuggling, illegal immigrations and so on in the early period have become organizational, grouped large-scale ones today. This transition has influenced national security and socially public order. Coast Guard Administration has responsibilities for prevention from smuggling, illegal immigration and attacking crimes. Hence, being the front line staff for law enforcement should know how to apply and build all kinds of high-tech equipment and systems well in order to promote the effectiveness of investigation, surveillance, law enforcement efficiently. Radar system is an efficient instrument for the investigation of smuggling, search and rescue and the defense of national marine right. It can provide the movement of certain targets on seas in twenty-four hours to the staff on duty all day who may ascertain some suspicious scenarios as soon as possible and adopt the way of deploying and placing armed force in advance to keep sea areas in safety. The smooth and reliability of maintaining for radar system both influence on the staff who try to control dynamic targets directly and the dispatch for all subordinate units¡¦ maneuverable manpower indirectly at the same time. Architecture-Oriented Coast Guard Radar Maintenance and Operation Management Model (abbreviated as AORMOMM below) addressed in this study is a practical mold which consists of six fundamental diagrams in accordance to the structure-behavior coalescence (SBC) architecture. It demonstrates multiple perspectives on the maintenance of radar system completely. AORMOMM integrally describes the structure and behavior and helps all related supervisors and employees in an organization keep whole perspectives well for the maintenance and operation of radar system through this model. Because we have already integrated the organization of managing and operating radar system, information systems and the processes of operation into AORMOMM, exercising whom will assist all departments in an organization to communicate with each other in common consensuses efficiently in their work and makes the transmission of information more transparently then help employees obtain better efforts when learning how to deal with their affairs. In addition, taking advantage of AORMOMM to maintain and manage will make governmental organizations gain better qualities when putting the maintenance and operation of radar system into practice.

The international economy grew slowly in recent years. Small panel industry's profitability is declining year by year, coupled with external competitive pressure, high material prices and green environmental requirements. The small panel OEM¡¥s operation becomes more challenging. Facing the marginal profit age, the small panel industry must be able to extend the manufacturing and producing capabilities in order to increase competitiveness and cost savings. This study uses the Structure-Behavior Coalescence Architecture Description Language (SBC-ADL) to construct a multiple view integrated Architecture-Oriented Small Panel OEM Factory MES Model (AOSPOEMFMESM). SBC-ADL emphasizes on ¡§Structure + Behavior". Spirit of SBC-ADL can more clearly illustrate the need to change according to customer requirements and complex manufacturing process in the MES of small panel OEM factory. AOSPOEMFMESM describes in detail that small panel OEM factory organization, MES and other information sharing systems and the interaction between. AOSPOEMFMESM make it easier for the mangers or the users to know and control the entire MES and enhance the competitiveness of an enterprise.

In 1950, JUSE invited Dr. Deming, the father of the third industrial revolution, to give a lecture in Japan and he brought up using P-D-C-A to enhance quality in every field. Thereafter, the issue of quality management has become an important part in process control. As an extension of time, flaws and deficiencies are found and revised repeatedly in the original process. After the process becomes more and more complicated and troublesome, not only the effectiveness loses but also the mismanagement always occurs. In such situation, quality management loses its spirit and goal completely. The development of automobile industry in Taiwan has been more than fifty years. Auto manufacturer has promoted the sales of Taiwan car to mainland China successfully and advanced to the world. Auto electronic products manufacturer provides auto manufacturers the electronic products and installation services. Facing outer competition and cooperation manufacture¡¦s requisition for enhancing service quality, it has to made effort to enhance the quality management. However, lots of administrative works which are increased in order to improve the processes of inspection. And many documents of quality inspection increase the complication of procedure and invisible costs such as time and manpower. This study obtains the spirit and goal of quality management via an architecture-oriented auto electronic products manufacturing quality management model (AOAEPMQMM) which uses the structure-behavior coalescence (SBC) methodology. AOAEPMQMM constructs the architecture of quality management by using architecture hierarchy diagram, framework diagram, component operation diagram, component connection diagram, structure-behavior coalescence diagram, and interaction flow diagram. Advantages of AOAEPMQMM are: 1) every staff in company easily understand and react to the relatedness of every unit and corresponding information, 2) achieving organization flattening by reducing unit stratum in quality management and cutting down the nonessential manpower, cost and time, 3) quality management is executed effectively, meanwhile, the organization cost to building company will be reduced in order to enhance the profit, and 4) gaining the auto manufacturer¡¦s satisfaction.

Nowadays, facing the severe pressure of globalization and strong demand of high products quality from customers, enterprises in Taiwan are forced to enhance the quality and yield rate of manufactured products in order to gain their competitive edges. An enterprise usually relies on the statistical process control (SPC) software system to achieve this goal. The SPC approach measures, understands, and controls the variation of the products manufacturing process. This study uses the structure-behavior coalescence architecture description language (SBC-ADL) to construct the architecture-oriented statistical process control model (AOSPCM). A model constructed by the SBC-ADL differs from others software model in its using six golden rules which help integrate the structure and behavior of a software system. AOSPCM constructed in this study improved substantially both training and communication endeavors within an enterprise, reduced costs due to estimation errors, requirement uncertainties, and project delays. Overall, AOSPCM benefits a great deal to both developers and users of a software project. In general, most manufacturing and high-tech industries rely heavily on the SPC software system. Therefore, AOSPCM constructed in this study provides a standard model for other software developers to follow. Following the AOSPCM, any SPC software developer shall improve lots of development efforts and cost savings within an enterprise.

The possibility of integrating the ¡§cloud¡¨ concept with web-based services such as email, photo albums, and file storage not only provides web users a better experience, but expands the market for online sales as well. However, as estimated profits climb, difficulties also rises: an increase on raw material costs, strengthened environmental policies, and competition between service providers that makes it even harder to run a business. While these problems are often the main focus of business operation and management, pressure resulting from challenges should not blur the importance of business process reengineering. This study aims to construct an architecture-oriented model for the purpose of network product operational management. This model will provide a detailed description of the components and component operations of the network product business organization, the network product business system, and the relationship between information flow, and the coalescence and interaction of the organization and system. This study will also analyze and compare, in terms of organization, system, and behavior, both the non architecture-oriented and architecture-oriented, on the network product business management. In this study, the architecture-oriented network product business management model (AONPBMM) is based on the theory and application of enterprise architecture; in addition, the model includes the concept of structure-behavior coalescence architecture (SBC architecture) and the six fundamental diagrams. AONPBMM has the advantage of displaying lucidly the structure and operations of the organization, business behaviors, and information flows. It is simple, comprehensible, and communicable. As managers and employees within the enterprise shall easily comprehend the interactions and communications between different sections by using this model, a huge amount of time could be preserved for individual works, and the enterprise would become more competitive.

According to the Department of Statistic, there are 163 existing Universities, Colleges and Institutes with 1,352,084 students in the 100th academic year. Under the trend of globalization, Taiwan¡¦s society and high education are facing an enormous change. And as to dealing with those changes Taiwan has to rely on the globalized higher education system to accomplish. Therefore, to expend recruiting aboard students is the key of success for Ministry of Education to enhance the development of globalizing higher education. However, Taiwan is a late bloomer on globalizing the higher education and English is the second language to us. Therefore, problems are generated when working on recruiting international students. As the matter of the fact, the matters of caring and managing international students appear to be essential. This study constructs an architecture-oriented international student management model (AOISCM) using the structure-behavior coalescence architecture description language (SBC-ADL). AOISCM is an international student centered blueprint which includes six fundamental diagrams: architecture hierarchy diagram, framework diagram, component operation diagram, component connection diagram, structure-behavior coalescence diagram, and interaction flow diagram. Comparing with existing international student care and management model from various kinds of views, all results demonstrate that AOISCM is superior to the existing model. AOISCM covers the organization structure and caring behavior. By this model we are able to see the relationship between international students and the universities, and show the whole picture of the caring and managing international students. Therefore, using AOISCM on caring and managing international students will help universities to meet the high proficiency on reaching an agreement on international student¡¦s communication. Last and not least, AOISCM shall clarify the duties for each divisions and flexible sources allocation for office executives.

Hot-rolled steel products occupy a key position, between upstream and downstream, in the steel industry chain. In this country, revenue of hot-rolled strip steel products maintains the greatest proportion among all steel products. Continuous pursuit of knowledge progress and growth plays a significant support to sustainable enterprises and gives them a vigorous operational strength in the face of international competition. During the hot strip steel manufacturing process, as the second-level standard of the computer integrated manufacturing system in a steel plant describes, in addition to those needed information related with real-time electronic control equipment dealt by process control computers, how does hot strip mill statistical process computer, abbreviated HSMSPC, utilize statistical analysis and information processing also challenges the future competitiveness. This research engages in a genuine hot strip mill statistical process computer system developed by a well-known steel corporation located in Taiwan, adopting structure behavior coalescence, abbreviated as SBC, six golden rules to build up the architecture-oriented hot strip mill statistical process computer model, abbreviated as AOHSMSPCM. AOHSMSPCM shall construct a hot strip mill statistical process computer system in an architecture-oriented way so that it is able to fully express the operational act and information extraction which cover system structures and system behaviors as well; subsequently, the hot strip mill statistical process computer system will produce higher added value in the face of the production line variability, replicate update, knowledge management, and so on. AOHSMSPCM begins with the analysis layer of system architecture. In this research, system structures and system behaviors are well described in the HSMSPC analysis layer. Besides this, easy to duplicate and extension of scalability are thoroughly elaborated in this research. Finally, this research comes up with "Strengthening the variability control of a hot strip mill", "Preserving assets of corporate knowledge" and "Upgrading process technologies of production lines" as three benefits that AOHSMSPCM contributes to the enterprise.

Software development of R.O.C. military maintenance parts inventory control system¡¦s integrated requirement used to adopt data flow approach. Data flow approach not only flunks to guide users to describe their real need but also fails to provide a coalescence picture that integrates the operating personnel, materials data sources and logistic system together with completeness and consistency. Using architecture-oriented approach, structure elements, services, connections, and interaction behaviors of R.O.C. military maintenance parts inventory control system¡¦s integrated requirement are adequately documented. With this transparent document, developers and users shall obtain full integrality and consistency of technical support and requirement provision during the system development. This research embraces the structure behavior coalescence, abbreviated as SBC, approach to construct the architecture-oriented analysis-model of military maintenance parts inventory control system¡¦s integrated requirement, abbreviated as AOAMMMPICSIR. AOAMMMPICSIR shall be referred as an R.O.C. military architecture-oriented analysis tool and it shall help outsource the software development of military maintenance parts inventory control system¡¦s integrated requirement with success and quality.

On a market of free competition, when consumers select their telecommunication service provider, they will not only consider basic elements such as the installation fee, call rate, and telecommunication reliability but also whether the provider can furnish the desired customer service, which is especially important. For most consumers, an essential part of customer service is the payment service. Due to the fact that there is not much difference in the technology, communication facilities and the type of business provided by different companies in the telecommunication industry, billing system and related customer services accordingly become the key differential factor and play a indispensable role in the decision-making process of customers. Moreover, as far as the operation, management, and strategy are concerned, billing system is the key backup for telecommunication enterprises. Establishing a billing system meeting the requirement of an enterprise that can provide the desired customer services hence becomes a priority for large telecommunication companies wishing to gain the upper hand in competition. This research uses the software architecture concept to develop a set of description language for the WiMAX billing management system based on which the architecture-oriented WiMAX billing management system model, abbreviated as AOWBMSM, is formulated. AOWBMSM is an integral model of the WiMAX billing management system framework which adopts the structure behavior coalescence, abbreviated as SBC, approach. It can clearly and completely describe the WiMAX billing management system and hopefully can serve as a model with more reference value when enterprises are planning, analyzing, and designing their payment system.