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Your search keyword '"Lin, Pei"' showing total 7 results
Start Over Author "Lin, Pei" Publication Type Reviews
7 results on '"Lin, Pei"'

4. Zen Buddhist Rhetoric in China, Korea, and Japan.

Author

Lin Pei-Ying

Subjects
*BUDDHISM, *NONFICTION
Abstract

The article reviews the book "Zen Buddhist Rhetoric in China, Korea and Japan," edited by Christoph Anderl. Volume 3 of the series Conceptual History and Chinese Linguistics.

Published
2013

5. GenCLiP 2.0: a web server for functional clustering of genes and construction of molecular networks based on free terms.

Author

Wang, Jia-Hong, Zhao, Ling-Feng, Lin, Pei, Su, Xiao-Rong, Chen, Shi-Jun, Huang, Li-Qiang, Wang, Hua-Feng, Zhang, Hai, Hu, Zhen-Fu, Yao, Kai-Tai, and Huang, Zhong-Xi

Subjects
*GENE libraries, *CLUSTER analysis (Statistics), *MOLECULAR interactions, *PERFORMANCE evaluation, *TEXT mining, *HUMAN genes
Abstract

Summary: Identifying biological functions and molecular networks in a gene list and how the genes may relate to various topics is of considerable value to biomedical researchers. Here, we present a web-based text-mining server, GenCLiP 2.0, which can analyze human genes with enriched keywords and molecular interactions. Compared with other similar tools, GenCLiP 2.0 offers two unique features: (i) analysis of gene functions with free terms (i.e. any terms in the literature) generated by literature mining or provided by the user and (ii) accurate identification and integration of comprehensive molecular interactions from Medline abstracts, to construct molecular networks and subnetworks related to the free terms.Availability and implementation: http://ci.smu.edu.cn.Contact: zxhuang@smu.edu.cnSupplementary information: Supplementary data are available at Bioinformatics online. [ABSTRACT FROM AUTHOR]

Published
2014
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6. Integration of audio-visual information for multi-speaker multimedia speaker recognition.

Author

Yang, Jichen, Chen, Fangfan, Cheng, Yu, and Lin, Pei

Subjects
*HIERARCHICAL clustering (Cluster analysis), *AUDIOVISUAL materials, *AUDIOVISUAL equipment
Abstract

Recently, multi-speaker multimedia speaker recognition (MMSR) has garnered significant attention. Although prior research primarily focused on the back-end score level fusion of audio and visual information, this study delves into innovative techniques for integrating audio and visual cues from the front-end representations of both speaker's voice and face. The first method introduces the use of visual information to estimate the number of speakers. This solution addresses the challenges of estimating speaker numbers in multi-speaker conversations, especially in noisy environments. Subsequently, agglomerative hierarchical clustering is employed for speaker diarization, proving beneficial for MMSR. This approach is termed video aiding audio fusion (VAAF). The second method innovates by introducing a ratio factor to create a multimedia vector (M-vector) which concatenates face embeddings with x-vector. This amalgamation encapsulates both audio and visual cues. The resulting M-vector is then leveraged for MMSR. We name this method as video interacting audio fusion (VIAF). Experimental results on the NIST SRE 2019 audio-visual corpus reveal that the VAAF-based MMSR achieves a 6.94% and 8.31% relative reduction in minDCF and actDCF, respectively, when benchmarked against zero-effort systems. Additionally, the VIAF-based MMSR realizes a 12.08% and 12.99% relative reduction in minDCF and actDCF, respectively, compared to systems that solely utilize face embeddings. Notably, when combining both methods, the minDCF and actDCF metrics are further optimized, reaching 0.098 and 0.102, respectively. [ABSTRACT FROM AUTHOR]

Published
2024
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7. TurboQuad: A Novel Leg–Wheel Transformable Robot With Smooth and Fast Behavioral Transitions.

Author

Chen, Wei-Hsi, Lin, Hung-Sheng, Lin, Yun-Meng, and Lin, Pei-Chun

Subjects
*ROBOTS, *ROBOT kinematics, *CENTRAL pattern generators
Abstract

This report is on the design, control strategy, implementation, and performance evaluation of a novel leg–wheel transformable robot called TurboQuad, which can perform fast gait/mode coordination and transitions in wheeled mode, in legged trotting, and in legged walking while in motion. This functionality was achieved by including two novel setups in the robot that were not included in its predecessor, Quattroped. First, a new leg–wheel mechanism was used, in which the leg/wheel operation and its in situ transition can be driven by the same set of motors, so the actuation system and power can be utilized efficiently. Second, a bio-inspired control strategy was applied based on the central pattern generator and coupled oscillator networks, in which the gait/mode generation, coordination, and transitions can be integrally controlled. The robot was empirically built and its performances in the described three gaits/modes as well as the transitions among them were experimentally evaluated and will be discussed in this paper. [ABSTRACT FROM AUTHOR]

Published
2017
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