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Hsin-I LEE,Tzu-Yu LIN,Silin WU,Sheng-Hsiung CHIU 한국유통과학회 2018 KODISA ICBE (International Conference on Business Vol.2018 No.-
China is the largest international students exporting country in the world. Base on the economic globalization and trade liberalization, the international talents cultivation, and how to assure their quality of higher education are important to China. This paper aims at finding out the dimensions influencing the quality of studying abroad. To obtain the weight and influential degree of the dimensions, we identify four criteria and sub-criteria mainly from the literatures related to learning quality in higher education and cross-cultural communication. To handle the inter-relations among the identified criteria and sub-criteria, we proposed a multi-criteria decision-making (MCDM) approach based on Decision Making Trial and Evaluation Laboratory based Analytic Network Process (DANP). This paper established how the obtained results will help the teachers in higher education system and Ministry of Education to optimize their improvement plans.
Sheng-Fuu Lin,Jau-Chi Ke,Hsin-Yi Liu,Jiao-Rou Liao 제어로봇시스템학회 2014 제어로봇시스템학회 국제학술대회 논문집 Vol.2014 No.10
In this paper, a new method for three-dimensional measurement with two horizontally-aligned omni-directional cameras is proposed. Some omni-camera stereo vision systems calculate three-dimensional information which always considers either azimuth angles or elevation angles causing inaccuracy easily. The proposed method takes into account both azimuth angles and elevation angles in order to reduce errors. Besides, the range of interest (ROI) is 3 to 8 meters around cameras in the system. The proposed method has better performance than the vertically- or horizontally-aligned in the 3D measurement.
Sheng-Cheng Yeh,Yih-Shyh Chiou,Huan Chang,Wang-Hsin Hsu,Shiau-Huang Liu,Fuan Tsai 한국통신학회 2016 Journal of communications and networks Vol.18 No.5
Providing a customer with tailored location-based ser-vices (LBSs) is a fundamental problem. For location-estimationtechniques with radio-based measurements, LBS applications arewidely available for mobile devices (MDs), such as smartphones,enabling users to run multi-task applications. LBS information notonly enables obtaining the current location of an MD but also pro-vides real-time push-pull communication service. For indoor envi-ronments, localization technologies based on radio frequency (RF)pattern-matching approaches are accurate and commonly used. However, to survey radio information for pattern-matching ap-proaches, a considerable amount of time and work is spent in in-door environments. Consequently, in order to reduce the system-deployment cost and computing complexity, this article proposesan indoor positioning approach, which involves using Asus Xtionto facilitate capturing RF signals during an offline site survey. Thedepth information obtained using Asus Xtion is utilized to estimatethe locations and predict the received signal strength (RF informa-tion) at uncertain locations. The proposed approach effectively re-duces not only the time and work costs but also the computing com-plexity involved in determining the orientation and RF during theonline positioning phase by estimating the user’s location by usinga smartphone. The experimental results demonstrated that morethan 78% of time was saved, and the number of samples acquiredusing the proposed method during the offline phase was twice asmuch as that acquired using the conventional method. For the on-line phase, the location estimates have error distances of less than2.67 m. Therefore, the proposed approach is beneficial for use invarious LBS applications.
Sheng-Shan Lu,Shou-Horng Huang,Laleh Bordbar,I-Hsin Sung 국립중앙과학관 2019 Journal of Asia-Pacific Biodiversity Vol.12 No.4
In this study, the canola oil and alcohol were used as attractants in pitfall traps to help collect grounddwellingarthropods. Two small agricultural long-term ecological research fields at Chiayi AgriculturalExperimental Station were chosen to execute sampling activities. There were 14,509 individuals of 182species (including morphospecies) in 18 taxa in the collections. The most abundant taxon was Hymenoptera,followed by Coleoptera, Collembola, Diptera, Orthoptera, and Acari. Regardless to the differenceof the sampling fields, canola oil trap was significantly attractive to ants (Formicidae, Hymenoptera). Onthe other hand, the alcohol trap was more effective in attracting the Coleoptera. According to the diversityanalysis, the results indicated that the diversity indexes were affected by the main effect forattractant. In addition, the interactions between the farming operation and samplings and between theattractant and samplings were also factors to influence the diversity of ground-dwelling arthropods inthe long-term ecological research site of Chiayi Station.
CAN BRAND COOLNESS ENHANCE BRAND RESONANCE IN THE HOSPITALITY INDUSTRY?
Sheng-Hshiung Tsaur,Chang-Hua Yen,Jiun-Chi Tzeng,Lin Hsin 글로벌지식마케팅경영학회 2023 Global Marketing Conference Vol.2023 No.07
Brand resonance plays a crucial role in customer relationship management and the development of brand equity between customers and the brand. Therefore, effective methods for promoting customers’ brand resonance are critical in the hospitality industry for gaining competitive advantages and establishing sustainable management strategies. The purpose of this research was to investigate the relationships among brand coolness, customer inspiration, and brand resonance in the hospitality industry, as well as the mediating influence of customer inspiration. A total of 451 customers from 25 well-known brand restaurants in Taiwan returned questionnaires. These restaurants are recommended by TripAdvisor and had elements of coolness indicated in the customer reviews. Among the 451 participants, 260 (57.6%) were female and 191 (42.4%) were male; 344 (76.3%) were unmarried; 279 (61.9%) had received a college-degree certificate or above; and most were 21 to 30 years old (36.6%). The results revealed that brand coolness positively affected customer inspiration and brand resonance and that customer inspiration positively affected brand resonance. Furthermore, customer inspiration mediated the relationship between brand coolness and brand resonance. The study contributes to the hospitality literature of brand resonance. These findings can apply for the practice of brand management and customer relationship management in the hospitality industry.
Hsin-An Chang,Chuan-Chia Chang,Nian-Sheng Tzeng,Terry B. J. Kuo,Ru-Band Lu,San-Yuan Huang 대한신경정신의학회 2013 PSYCHIATRY INVESTIGATION Vol.10 No.4
Objective Decreased heart rate variability (HRV) has been reported in generalized anxiety disorder (GAD), but the results are mixed. Little is known about the impact of comorbid major depression (MD) on HRV in GAD patients. Both issues necessitate further investigation. Methods Twenty unmedicated, physically healthy GAD patients, 20 GAD patients with a secondary diagnosis of MD, 40 MD patients and 60 matched controls were recruited. We used the Hamilton Anxiety Rating Scale and the Hamilton Depression Rating Scale to assess anxiety and depression severity, respectively. Cardiac autonomic function was evaluated by measuring HRV parameters. Frequency-domain indices of HRV were obtained. Results Three patient groups had more anxiety and depression symptoms than control subjects, but heart rates (HRs) were significantly elevated only in GAD patients with comorbid depression. Relative to controls, GAD patients had reduced HRV while GAD patients with comorbid depression displayed the greatest reductions in HRV among three patients groups. Correlation analyses revealed anxiety/depression severity significantly associated with HRs, variance, LF-HRV and HF-HRV. However, separately analyzing among individual groups and adjusting for HRV-associated covariables rendered the correlations non-significant. Conclusion Our results suggest that reduction in HRV is a psychophysiological marker of GAD and individuals with comorbid GAD and MD may be distinguished based on psychophysiological correlates (for example, HF-HRV) from non-comorbid GAD patients. Taken into account that comorbid depression may confer increased risks for cardiovascular events in GAD patients, this subgroup of GAD patients may benefit better from cardiovascular risk reduction strategies.
Lin Hsin-Hung,Wu Sheng-Ju,Liu Tsung-Lung,Pan Kuan-Cheng 한국항공우주학회 2021 International Journal of Aeronautical and Space Sc Vol.22 No.1
Compared with land-based helicopters, ship-based helicopters are required to land in a more challenging working environment as the airwakes generated by the wind field flowing through the superstructure of the ship changes the wind field structure. This complicates the wind field structure and affects the safety of flight control. The flight safety of the helicopter pilot can be significantly improved with prior understanding of the relevant information in the ship-based helicopter operating limits (SHOL) diagram. In previous studies, the SHOL diagram of ship-based helicopters has been obtained using numerical simulations in conjunction with a flight simulator. However, the flight simulator equipment is expensive and difficult to maintain. This study references the aforementioned studies by initially employing a numerical simulation method to obtain the flow field information of the interaction between the airwakes of the ship’s superstructure and the downwash flow of the helicopter. Then, the flight simulator is replaced by computational intelligence methods involving artificial intelligence. This significantly reduces the research cost for envelope construction. This study integrates design of experiments (DOE) and computational intelligence techniques (soft computing) to establish a recommended range for the SHOL diagram of ship-based helicopters. This study utilizes the DOE and computational intelligence techniques to construct the SHOL diagram of ship-based helicopters, provide suggestions, and serve as a reference for helicopter pilots and engineering designers to improve the safety during flight.