Meng-Hsien Lin

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This paper proposes a novel mobility integration method and heuristic algorithm in WiMax network. The objective of the method focuses on cooperation of the ASN anchored mobility and SIP mobility and uses the B2BUA concept to improve the handoff performance as well as to reduce the handoff dropping rate. As the B2BUA acts as a proxy to handle the link layer(More)
The degradation behavior of a tissue adhesive is critical to its ability to repair a wound while minimizing prolonged inflammatory response. Traditional degradation tests can be expensive to perform, as they require large numbers of samples. The potential for using magnetoelastic resonant sensors to track bioadhesive degradation behavior was investigated.(More)
This paper aims to develop a multi-legged stair climbing robot with the capability to steadily climb stairs with consistent human foot trajectory. The leg design is based on the eight-bar Jansen mechanism but a new set of leg configuration is numerically identified based on the optimal design method with the aim to mimic the human foot trajectory when(More)