TL;DR: This paper presents an overview of the basic functions of a host in an NDN network, together with necessary operations to configure anNDN host, and compares and contrast the functionality and configuration between an NDn host and an IP host to show the differences resulted from the different architecture designs.
Abstract: As a proposed Internet architecture, Named Data Networking (NDN) changes the network communication model from delivering packets to destinations identified by IP addresses to fetching data packets by names This architectural change leads to changes of host functions and initial configurations In this paper we present an overview of the basic functions of a host in an NDN network, together with necessary operations to configure an NDN host We also compare and contrast the functionality and configuration between an NDN host and an IP host, to show the differences resulted from the different architecture designs
TL;DR: Based on the analysis of implementation technology of traditional honeypot, this paper presents a pseudo host model, which is used to build honeypot system, and the scan result shows this model can meet the requirements of the Honeypot system.
Abstract: Based on the analysis of implementation technology of traditional honeypot,this paper presents a pseudo host model,which is used to build honeypot system.All pseudo hosts share the local host’s protocol stack.By the reflection of the stack,pseudo host implement to send and receive packets.The decoy servers separate from the pseudo host,so the risk of the honsypot system to be intruded is decreased.By dynamic manage IP addressed and the ports in LAN,the decoy server also can apply to the IP address that is assigned to a real host.The scan result shows this model can meet the requirements of the honeypot system.
TL;DR: In this article, a memory device can maintain a host model of interactions with a host, and a set of commands from the host can be evaluated to create a profile of the sets of commands.
Abstract: Devices and techniques for host adaptive memory device optimization are provided. A memory device can maintain a host model of interactions with a host. A set of commands from the host can be evaluated to create a profile of the set of commands. The profile can be compared to the host model to determine an inconsistency between the profile and the host model. An operation of the memory device can then be modified based on the inconsistency.