Recently, new network systems have begun to emerge (for instance, 5G, IoT, and ICN) that require capabilities beyond that provided by existing IP networking. To fulfill the requirements, some new networking technologies are being proposed. The promising approach of the new networking technology is to try to overcome the architectural limitations of IP networking by adopting an identifier (ID)-based networking concept in which communication objects are identified independently from a specific location and mechanism. However, we note that existing ID-based networking proposals only partially meet the requirements of emerging and future networks. This paper proposes a new ID-based networking architecture and mechanisms, named IDNet, to meet all of the requirements of emerging and future networks. IDNet is designed with four major functional blocks -routing, forwarding, mapping system, and application interface. For the proof of concept, we develop numeric models for IDNet and implement a prototype of IDNet.

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The Identity (ID) and Locator (LOC) separation principle is an important concept to both the current Internet and the future Internet. A major issue in ID/LOC separation principle is mapping a location-independent ID to a positionspecific locator, which is the main function of a system that we define as the ID/LOC Mapping System (IMS). Realizing the IMS is particularly challenging simply because it has to manage a large number of IDs in the Internet; thus, it is important to design an IMS that has high scalability and performance. In this paper, we propose a scalable and efficient IMS where we achieve scalability through hierarchical structuring of the IMS and high performance through the use of the bloom filter.

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Abstract. The cloud computing paradigm promises to deliver hardware to the end user at a low cost with an easy to use interface via the internet. Due to the rapid development of open source based Cloud management platforms such as OpenStack, many and various individuals and institutions are trying to construct Cloud computing systems based on open source software projects. This paper was tested by constructing a virtualized testbed environment using openstack as IaaS to test the MOFI function. We were using the KVM as a hypervisor for virtualization system construction and the OpenStack for the virtual machine VM management. In the operating system, we were using Ubuntu 14.04. Virtualized testbed environment, in order to ensure interlocking and reliability with the physical test environment was configured in conjunction with the actual network.