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bittorrent

Bulletin of Miscellaneous Information (Royal Gardens Kew)

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BitTorrent

Ian Taylor, Andrew Harrison · Computer communications and networks · 2008

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BitTorrent

Vaandering, Eric Wayne · 2023

BitTorrent for Rucio

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BitTorrent

Palgrave Macmillan eBooks · 2013

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Simulating BitTorrent

Karel De Vogeleer, David Erman, Adrian Popescu · 2008

IP Television (IPTV) and other media distribution applications are expected to be one of the next Internet killer applications. One indication of this is the corporate backing that the IP Multimedia Subsystem (IMS) is getting. However, the bandwidth utilization of these applications is still an issu

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Bittorrent protocol

Keltamäki, Jere · Theseus (Ammattikorkeakoulujen) · 2010

The Bittorrent protocol has become the dominant peer-to-peer file distribution protocol in the recent years, with over 160 million client applications installed worldwide. The main objective of this thesis was to find out what makes Bittorrent such an effective file distribution method and to give detailed descriptions how the protocol works in practice, while also looking at some disadvantages that the protocol has.
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\nThe information presented in the thesis was gathered by studying in depth different pieces of research conducted about the different aspects of the Bittorrent protocol and through the author’s own knowledge acquired from years of using the Bittorrent as a file distribution instrument.
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\nThrough the in-depth explanations of the Bittorrent operations, the thesis forms a solid view of the protocol and shows that the protocols success comes from the Tit-For-Tat (TFT) strategy implemented in it and from the ability to distribute the file transfer responsibility from one single host to multiple hosts. By sharing the transfer responsibility, the Bittorrent protocol eliminates the problem of single point of failure, which is of great importance in the file distribution production networks.

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BitTAKA:Anonymous BitTorrent

Tural Badirkhanli, Kuat Yessenov · 2008

The highly popular BitTorrent peer-to-peer file sharing protocol does not provide users any anonymity. We present BitTAKA, a modification of the BitTorrent protocol that provide users a degree of anonymity without an overwhelming performance sacrifice. Partly inspired by onion-based routing protocols, we analyze the theoretical anonymity of BitTAKA. We also measure the performanceloss in our protocol relativeto the original BitTorrent protocol using a customizedsimulation framework. 1 1

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BitTorrent Live

Bulletin of Miscellaneous Information (Royal Gardens Kew)

BitTorrent Live is a new peer-to-peer live streaming protocol. It allows content creators to scale their reach to audiences of millions with near-zero latencies and minimal infrastructure investment. Leveraging the lessons of the original BitTorrent protocol, BitTorrent Live has been designed from scratch as the perfect means of sharing events to the masses in real-time, but without the astronomical bandwidth requirements that traditionally constrain content creators. Every viewer that joins a swarm extends its reach by sharing pieces of the video to other viewers. Media is delivered with stunningly low delay by utilizing a UDP Screamer protocol. Video and audio are transmitted using the industry standard H.264 and AAC codecs, providing the highest quality. BitTorrent Live is still under heavy development, and as such, is available as a technology demonstration only. The ability to run a video source is not currently available to end users. Once the protocol has been finalized we expect to allow user generation of content. The experience may not be perfect yet, but we strive daily to improve it, and welcome your input and experiences.

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InfografÃa BitTorrent

Daniella Girardi y Loreto Soto · Bulletin of Miscellaneous Information (Royal Gardens Kew)

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BitTorrent creator

Phil Leigh · Bulletin of Miscellaneous Information (Royal Gardens Kew)

A 30-minute audio interview with Bram Cohen, the Seattle programmer who created the seminal p2p file-sharing software BitTorrent. Webcast on Phil Leigh's "Inside Digital Media."

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snu/bittorrent

External Data Source, · Department of Homeland Security, Information Marketplace for Policy and Analysis of Cyber-Risk & Trust (DHS-IMPACT) Repository · 2018

Dataset of BitTorrent traffic from Korea Telecom's mobile WiMAX network, collected in March 2010. ; sbkim@mmlab.snu.ac.kr

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Improving BitTorrent

Dimitri Do B. Defigueiredo, S. Felix Wu · 2006

We propose two new greedy algorithms to be used by software clients running the BitTorrent peer to peer protocol: a new peer selection algorithm and a new piece selection algorithm. We provide experimental results showing that the proposed algorithms are better than the ones currently in use. When used together in our experiments, the algorithms decreased the expected download time by?? % on average when compared to an identical client running the standard Rarest First and Choke/Random Unchoke algorithms. 1

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BitTorrent-protokolla

Virtanen, Eino · Aaltodoc (Aalto University) · 2014

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BitTorrent for Science

Jeffrey R. Spies · 2016

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BitTorrent for Dummies

Susannah Gardner, Kris Krüg · 2005

BitTorrent for dummies , BitTorrent for dummies , مرکز فناوری اطلاعات و اطلاع رسانی کشاورزی

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Client BitTorrent intel·ligent

Torné Carné, Bernat · RECERCAT (Consorci de Serveis Universitaris de Catalunya) · 2015

L'objectiu més elemental que el projecte persegueix es basa en el desenvolupament d'un client BitTorrent complert i totalment funcional. A més, juntament amb aquest objectiu primari, volem desenvolupar un conjunt de funcionalitats i millores que ens diferenciïn dels clients BitTorrent ja existents.

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Persistent BitTorrent Trackers

François-Xavier Wicht, Zhengwei Tong, Shunfan Zhou et al. · ArXiv.org · 2025

Private BitTorrent trackers enforce upload-to-download ratios to prevent free-riding, but suffer from three critical weaknesses: reputation cannot move between trackers, centralized servers create single points of failure, and upload statistics are self-reported and unverifiable. When a tracker shuts down (whether by operator choice, technical failure, or legal action) users lose their contribution history and cannot prove their standing to new communities. We address these problems by storing reputation in smart contracts and replacing self-reports with cryptographic attestations. Receiving peers sign receipts for transferred pieces, which the tracker aggregates and verifies before updating on-chain reputation. Trackers run in Trusted Execution Environments (TEEs) to guarantee correct aggregation and prevent manipulation of state. If a tracker is unavailable, peers use an authenticated Distributed Hash Table (DHT) for discovery: the on-chain reputation acts as a Public Key Infrastructure (PKI), so peers can verify each other and maintain access control without the tracker. This design persists reputation across tracker failures and makes it portable to new instances through single-hop migration in factory-deployed contracts. We formalize the security requirements, prove correctness under standard cryptographic assumptions, and evaluate a prototype on Intel TDX. Measurements show that transfer receipts adds less than 6\% overhead with typical piece sizes, and signature aggregation speeds up verification by $2.5\times$.

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BitTorrent Traffic Detection

Florek, Daniel · Brno University of Technology Digital Library (Brno University of Technology) · 2018

This thesis deals with a topic of BitTorrent protocol detection within a pcap file. I managed to design and implement a tool based on deep packet inspection which can detect IP adresses and their ports that were involved in a BitTorrent communication. This detection is extendable with flow analysis which may lead into more results but at the same time in a higher chance of false positives. Therefore this kind of detection is just optional.

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Bittorrent traffic classification

Tung M. Le, Jason But · Swinburne Research Bank (Swinburne University of Technology) · 2009

Bittorrent currently makes up a large proportion of Internet traffic. The main purpose of my project is to attempt to identify Bittorrent traffic from other kinds of traffic (with particular emphasis on FTP which provides similar functionality to BitTorrent in that it is primarily used for large file downloads) using statistical classification techniques. I will show that Bittorrent traffic can be identified efficiently and my method has great potential to classify Bittorrent in real time.

Cited by 2Open access

Analyzing BitTorrent Behavior

Horáček, Pavel · Brno University of Technology Digital Library (Brno University of Technology) · 2023

Tato práce se zabývá analýzou sítě BitTorrent, jak z teoretické analýzy protokolů sítě, tak i praktické analýzy klientů implementujících tyto protokoly. Cílem bylo navrhnout způsob monitorování komunikace této sítě, zejména se zaměřením na monitorování síťových toků. Pro síťové administrátory je kritické tuto komunikaci detekovat, jelikož je mnohdy indikací nelegálního šíření dat, případně zneužívání propustnosti sítě. Dalším cílem bylo také obeznámení čtenáře s reálnou komunikací klientů, kteří protokoly implementují. Práce obsahuje popis jednotlivých fází komunikace u tří vybraných klientů. Dále obsahuje popis tří experimentů, provedených s jedním z klientů.

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