Takming University of Science and Technology

About: Takming University of Science and Technology is a education organization based out in Taipei, Taiwan. It is known for research contribution in the topics: Supply chain & The Internet. The organization has 320 authors who have published 527 publications receiving 6410 citations.

Intelligent Questionnaire Processing Information System for Precise Employment in Colleges based on Intelligent Interactive Testing Algorithm

Abstract: Intelligent questionnaire processing information system for precise employment in colleges based on intelligent interactive testing algorithm is studied in the paper. The testing of smart mobile terminals is mainly based on traditional manual testing methods. However, for large-scale stress tests and multiple system regression tests, there are problems such as long testing time period, low efficiency and high cost, which are difficult to meet the growing number of smart mobile terminals. test requirements. With these theoretical models, the novel processing information system is designed. As a core dynamic web technology standard, it has the advantages of object-oriented, convenient and stable. When the JSP technology supports the use of the fast platform, it fully demonstrates the comprehensive capabilities of the JSP technology, such as high security, supporting components, and low development difficulty. Further, a novel interactive testing algorithm is used to enhance the general framework. Through the simulation, the designed model is simulated.

Study on Cellar Behaviors on Different Micro/Nano Structures of Anodic Aluminum Oxide Template

Abstract: In this paper, we are investigating the different cultured structures scale in micrometer and nanometer. The experiment have been fabricated four types aluminum substrate structures which included none-structure, micro-structure, nano-structure, and combined micro/nano structure to fulfill the research in osteoblast-like cell (MG 63). Finally we performed the sterilization method to deal with the patterns of alumina sheet product in the clean room. Meanwhile, we demonstrated the osteoblast-like cell (MG63) to culture on the thin film. Finally, we have been used MTT assay study the behavior of cultured osteoblast-like cell to obtain the different properties between none-structure、micro-structure, nano-structure and micro/nano structure for adhesion, elongation and proliferation.

Balancing the Load of BI Queries in a Cloud Computing Environment

Abstract: One of the most published programming models of cloud computing is MapReduce. Google MapReduce and Apache Hadoop MapReduce are various implementations of the model. On the other hand, with the rapid increase of data accumulated by organizations, Business Intelligence systems (BI) are implemented to support decision-making. BI queries sporadically require a huge amount of computation and storage capacity. This makes it a suitable candidate for the application of cloud computing. However, to the best of our knowledge, there have been no academic works devoted to the study of the issues of distributing BI data and operators to take advantage of MapReduce computation power. The research proposes a Greedy Allocation approach to resolve the issue. To demonstrate the feasibility of the proposed method, several BI queries designed in Business Content of SAP BIW module of ECC6.0 are used. The result reveals that the proposed method can find an effective plan in reasonable time compared to more exhaustive method.

Genetic algorithm for multi-item inventory control problem

Abstract: The main purpose of this research is to apply an approximation approach - genetic algorithm to resolve the inventory control problems which maturely developed during 1960s to 1990s However, it is still a tough work to deal with the multi-item inventory control optimization problems Under the constraints on inventory space or budget limitations, to solve the multi-item inventory control problem by traditional approach, it is certainly in difficulty to collect the inventory data and in complexity to compute Fortunately, an approach is applied into this study without the constraints on multi-item inventory system It is so-called “optimal inventory policy surface” This study utilizes the model of “optimal inventory policy surface” and the genetic algorithms (GAs), because of easiness, to resolve the multi-item inventory control optimization problems In this research, a systematically experimental design of Taguchi method is used to analyze the different settings of both parameters and different ranges o

Sizing Cloud Applications with ISO/IEC 19761: A Case Study

Abstract: Despite business opportunities created by cloud software development becoming an irresistible trend, enterprises are daunted by the high complexity of managing cloud software development. Accurate cost estimations and time scheduling are essential to successfully manage cloud software development; quantification of the size of cloud software has a key role in supporting decisions that may occur. The international standard ISO/IEC 1976-1, a widely used functional-size measurement method, has the advantage of being able to be applied to real-time systems and more easily performing quantitative calculations. Using a case study method, this study guides and explains how to use ISO/IEC 1976-1 to measure the functional size of cloud software. The contributions of this research are primarily divided into the following three points: (a) introducing ISO/IEC 1976-1 to provide practical fields a systematic method to quantitatively measure the functional size of cloud software to support managerial decision-making, (b) using ISO/IEC 1976-1 as a practical guide and system for the management and applications measuring the size of cloud software, and (c) verifying the usability of ISO/IEC 1976-1 on size measurement of cloud software.