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• W2052312081 abstract "The rapid advancement in portable computing platforms and wireless communication technology has led to significant interest in wireless and sensor networks. The topic of Wireless Ad Hoc and Sensor Networks has gained a lot of attention recently due to the increased use of cellular phones with new applications. Tremendous emergence of wireless communication and sensor network technologies are expected and these have become important areas of intense research. We selected best seven papers from ICCCN conference and specially solicited papers for the special issue. ICCCN is a major international forum for presenting original and fundamental advances in the field of Computer Communications and Networks. The acceptance ratio of ICCCN has been in the range of 22–29%. Therefore, we expect that the special issue and topic will be of great importance and interest to the research community of the Wireless Communications and Mobile Computing journal. The first paper by Kim, Park, and Tak proposes a communication framework for end-to-end seamless connectivity improvement in IEEE802.11 based wireless home networks. They propose and evaluate the wireless home network architecture based on the End-to-end Seamless multi-hop Connectivity based on Dual-mode (ESCOD) that exploits the concepts of Wireless Home Network with Access Point with Dual wireless interfaces (WHN-APD). Their experiments show that their communication framework incorporating the Virtual Link Routing technique yields efficient performance. Leguay, Friedman, and Conan in the second paper address the problem of routing in DTNs. They evaluate schemes that turn the problem of routing into one of routing in a virtual space defined by the mobility patterns of nodes. Their main contribution is the validation of a generic routing scheme called MobySpace that uses the formalism of a high-dimensional Euclidean space constructed upon mobility patterns. They have shown that it can be applied to DTN and that it can bring benefits in terms of enhanced bundle delivery and reduced communication costs. The third paper, by Seligman, Fall, and Mundur, proposes a technique, called Storage Routing (SR), which implements congestion and storage management by selecting messages to migrate from local persistent storage at a router to one or more well-connected neighbors (using a set of locally scoped distributed algorithms, possibly incorporating loops that are known to be optimal for some DTN routing scenarios and decouples storage management from global DTN route selection) when congested, and retrieving them when congestion abates. The SR can significantly increase performance as compared with a comparable scenario lacking SR. In the fourth paper, Wang, Dang, and Wu present a survey of analytic studies on the Delay-Tolerant Mobile Sensor Network (DTMSN) aiming to provide a deep understanding of the characteristics of DTMSN and corresponding analytic techniques, and to stimulate further research in this emerging area. They have identified several open research issues and problems based on the unique characteristics of DTMSN and the existing approaches. Lahde, Doering, Pottner, Lammert, and Wolf, in the fifth paper, developed a distributed environment monitoring network called Environmental Monitoring in Metropolitan Area (EMMA) which is based on the DTN approach and can integrated into existing Public Transportation Networks (PTNs) to allow area wide pollution measurements. They introduce the requirements for establishing a mobile and distributed measurement network and present the architecture of EMMA. EMMA can provide a cost-effective alternative to other environmental monitoring systems especially as it is fast and easy to set up. The architecture is based on 802.11 WLAN, so basically any public WLAN hotspot can be used to forward measured data to the evaluation server. The 802.11 WLAN is well suited for communication between sensor nodes attached to the public transportation vehicles in a city according to their experiments. The sixth paper by Zhang and Zhang provides an overview on recent developments including message ferrying, multicast support, inter-region routing, and transport layer issues. They also point out some open research issues and problems to motivate new research and development in this area as there are still many open issues that need to be resolved before the benefits of the DTNs can be fully utilized and be successful. In the last paper, authors propose a secure key management scheme (which is hierarchical and fully distributed) for the locally caching multi-root multi-generation (LCMRMG) MANET routing algorithm. The scheme focuses on how to establish a secure key management service in a LCMRMG MANET by taking advantage of the tree structure and multiple root nature of LCMRMG routing protocol and utilizes LCMRMG's routing mesh tables. They employ threshold cryptography to distribute trust among the roots of a LCMRMG MANET. Their key management service uses proactive secret share update to guard against model-2 adversary. I would like to thank all reviewers for their time and effort with reviewing assigned papers on time and providing invaluable comments and suggestions for authors for improvements with their papers. I hope this special issue will contribute to the advancement of research in Wireless Ad Hoc and Sensor Networks areas." @default.
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• W2052312081 title "Special Issue: Wireless Ad Hoc and Sensor Networks" @default.
• W2052312081 doi "https://doi.org/10.1002/wcm.586" @default.
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