Abstract This paper describes a reusable architecture that has been used to develop network management systems for data-centric satellite-based networks. The satellite-transport characteristics and networks impose unique constraints on the management systems. Under the data-centric scheme

Abstract — Many of the data-centric network services deployed today hold massive volumes of data at their origin websites, accessing the data to dynamically generate responses. Such dynamic responses are poorly supported by traditional caching infrastructures and result in poor performance

interfaces. We propose a new architecture, called Haggle, that leverages the principles of search, as known from desktop operating systems and the Web, in order to achieve truly data-centric communication. Searching is naturally data-centric and embeds principles, such as ranking, that can be used to bind

. This is called an enhanced-type data-centric network (E3-DCN). To develop E3-DCN, orchestration between packet switching and circuit switching is important. This paper provides an E3-DCN concept and architecture to realize energy efficient optical networking. Keywords-component; enegy effcient; data-centric

, although not as limited by computational speed or communication bandwidth, will instead be constrained by new limits on size, form-factor, and power consumption. Data that they generate will need to be injected into the Internet and find its way to the services to which the user has subscribed

with limited power supply. The practice of embedded and autonomous interrogation of data collected remotely across WSNs is one among the prime challenges faced in real-time environments. The process of data collection has a major impact in energy consumption across the sensor networks. The work proposes a

a forwarding plane for future data-centric networks

Making effective use of the vast amounts of data gathered by largescale sensor networks will require scalable, self-organizing, and energy-efficient data dissemination algorithms. Previous work has identified data-centric routing as one such method. In an associated position paper [23], we argue

, suggest the use of data-centric routing mechanics. Directed diffusion [1] is one of such mechanism. Through its use of data-centric routing, allows for energy savings during request and data dissemination in the network. This makes it suitable for use in wireless ad-hoc sensor networks in environmental

. Recent work has identified data-centric routing as one such method. In this paper we suggest that a companion method, data-centric storage, may also be a useful approach.