Titlebook: Wearable Biosensing in Medicine and Healthcare; Kohji Mitsubayashi Book 2024 The Editor(s) (if applicable) and The Author(s), under exclus

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Govind Rao,Venkatesh Srinivasan,Zach Sheffield,Preety Ahuja,Sanjeev Kumar,Xudong Ge,Ketan Dighe,Chadervices. However, sometimes, requestors may not have the knowledge of the available QoS attributes and their value ranges in the registry, or they may only have vague QoS requirements. Under this situation, we believe that browsing is a more appropriate way to help the QoS-based service selection pr

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Govind Rao,Venkatesh Srinivasan,Zach Sheffield,Preety Ahuja,Sanjeev Kumar,Xudong Ge,Ketan Dighe,Chad using applications along a wide range of devices, networks, and protocols raises new problems related to delivery of services. Current academic and industrial solutions try to adapt services to the specific distribution channel, mainly by changing the presentation of the service. In this paper, we

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Cong Thanh Nguyen,Khoa Tuan Nguyen,Toan Dinh,Van Thanh Dau,Dzung Viet Daoriented Computing (SOC) tries to address many challenges in the world of computing with services. The concept of service is clearly at the intersection of GRID and MAS and their integration allows to address one of these key challenges: the implementation of dynamically generated services based on c

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Lakshmi R. Panicker,M. R. Keerthanaa,Kotagiri Yugender Goudelated work, which focuses primarily on the algorithmic or protocol aspects of the multicast problem, our work focuses on the architecture and implementation aspects. In this paper, we present MRMA, a multicast resource management architecture designed to provision multicast with QoS guarantees over

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