The document discusses the history and development of artificial intelligence over the past several decades. It describes early work in the field starting in the 1950s and progress in areas such as problem solving, game playing, and machine learning. Recent advances in deep learning now allow AI systems to perform complex tasks like visual perception and language translation.
A 3D Visualization System for Structured Overlays (IEEE P2P 2011 Poster)Hiroya Nagao
This short document discusses 5 main points. It introduces a topic in the first sentence and provides further details in the following sentences to elaborate on the main idea. While concise, the summary captures the overall flow and key elements discussed across the 5 points.
This document discusses flexible routing tables (FRT), a new approach for designing routing algorithms in overlay networks. FRT defines a total order on routing tables based on an identifier assigned to each entry. This allows routing tables to dynamically adjust while maintaining the invariant of the total order. The document outlines the key procedures of FRT, including entry learning and filtering, and evaluates its scientific and engineering impacts. Examples are given of how FRT has been applied to develop new routing algorithms for Chord and XOR-based overlays. In conclusion, FRT provides a unified framework for routing in both full-mesh and multi-hop overlay networks.
The document discusses the history and development of artificial intelligence over the past several decades. It describes early work in the field starting in the 1950s and progress in areas such as problem solving, game playing, and machine learning. Recent advances in deep learning now allow AI systems to perform complex tasks like visual perception and language translation.
A 3D Visualization System for Structured Overlays (IEEE P2P 2011 Poster)Hiroya Nagao
This short document discusses 5 main points. It introduces a topic in the first sentence and provides further details in the following sentences to elaborate on the main idea. While concise, the summary captures the overall flow and key elements discussed across the 5 points.
This document discusses flexible routing tables (FRT), a new approach for designing routing algorithms in overlay networks. FRT defines a total order on routing tables based on an identifier assigned to each entry. This allows routing tables to dynamically adjust while maintaining the invariant of the total order. The document outlines the key procedures of FRT, including entry learning and filtering, and evaluates its scientific and engineering impacts. Examples are given of how FRT has been applied to develop new routing algorithms for Chord and XOR-based overlays. In conclusion, FRT provides a unified framework for routing in both full-mesh and multi-hop overlay networks.