Titlebook: Interworking of Wireless LANs and Cellular Networks; Wei Song,Weihua Zhuang Book 2012 The Author(s) 2012 Cellular / WLAN internetworking.a

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Wei Song,Weihua Zhuang the mathematical formalism.Makes it much easier to study anThe finite element method is a powerful tool even for non-linear materials’ modeling. But commercial solutions are limited and many novel materials do not follow standard constitutive equations on a macroscopic scale. Thus, is it required t

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Wei Song,Weihua Zhuangby serial histological examination. However, this ideal approach based on repeated liver biopsies is often impractical, mainly because of the invasiveness of the procedure. As an alternative, elastography techniques—transient elastography (TE) above all—have been widely explored as noninvasive techn

countenance

rent pathologic processes such as cancerization and fibrosis alter tissue elasticity and therefore induce changes in elastographic appearance. The application of elastography to endoscopic ultrasound (EUS) technique allows a better characterization of lesions by the evaluation of tissue stiffness in

完成

Introduction on Cellular/WLAN Interworking, of wireless networks. It is widely accepted that next-generation wireless networks will be heterogeneous in nature with multiple wireless access technologies. While the heterogeneity poses new challenges to achieve inter-operability among different wireless networks, their complementary characteris

大厅

Resource Allocation for Integrated Voice and Data Services,l-mode mobile station (MS) within the WLAN-covered area. Ubiquitous coverage is provided by the cellular network (higher-tier), while WLANs (lower-tier) are deployed in disjoint hot-spot areas. Then, there comes the access selection problem of how to properly admit incoming traffic to the cell or WL

JEER

Call Admission Control with Randomized Access Selection,to maximize the overall resource utilization. Actually, the rationale behind is to properly distribute the multi-service traffic load to the integrated cell and WLAN so as to effectively exploit their complementary strength. In this chapter, we introduce a general admission control scheme with rando