FLOSS Media Center State of the Art Comparison Chart
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I Want My Mythtv
I want my MythTV Tim Fenn [email protected] What are DVRs? ● Digital Video Recorders - digital devices used to schedule/record television programs ● typically include features like fast forward, rewind, pause recorded and ªliveº TV ● standalone service - e.g. TiVo, Replay TV ● integrated service ± e.g. Comcast How does MythTV compare? ● Free and open source ● for users, by users ● Runs under Linux and (frontend only) MacOSX ● SQL backbone ● client/server architecture (think: one box for inputs/recording, any other number of boxes for viewing) ● nobody cares what you do with it or how you use it (10 capture cards? Sure! Can I control my lights and ceiling fans using the same box? OK! Watch/burn/rip DVDs? DeCSS, hah!) ● Con: requires know-how of hardware and (primarily Linux) software So what is MythTV capable of? Example screenshots... Example screenshots... Example screenshots... Example screenshots... Example screenshots... Example screenshots... Required Hardware (backend) ● TV capture card: – Hauppauge PVR cards (150/250/350/500) are very popular (encoding done in hardware) ($70-200)1 ● well supported in linux (Chris Kennedy, Tyler Trafford, John Harvey et al. and some actual vendor support on register settings)2 – older bttv (bt848/bt878) chipsets (WinTV-Go, etc, etc...) – Plextor ConvertX PX-TV402U (USB 2.0 device) ● fully open sourced SDK (and gave free stuff to Isaac Richards)3 1. http://www.hauppauge.com 2. http://www.ivtv.tv 3. http://www.plextor.com/english/support/LinuxSDK.htm Required Hardware (backend) ● currently supported HDTV cards require encoding in software (computationally demanding, requires a P4 and ~9gig/hr of media) – very tricky for several reasons: OTA/QAM/resolution/DVB vs. -
FAQ Installation and First Steps
back FAQ Installation and First steps Getting Started How to install ViMP? (… How to perform an up… How to install module… How to install the ViM… Installing the Webserv… How to install the tran… How to install the tran… How to install the tran… How to install the tran… How to install the tran… How to install the tran… How to install the tran… How to install the tran… How to install the tran… How to compile ffmpe… How to compile ffmpe… Compile MPlayer/Men… An example of a "vho… confixx specifics Info about the Source… Installing the SourceG… Installing the SourceG… Installing the SourceG… Installing the SourceG… Installing the SourceG… Installing the SourceG… How to install the tran… Installing the pseudo… How to perform an up… How to upgrade from… ViMP Enterprise Ultim… Setting the transcodin… Changing the passwor… How to install the transcoding tools on Ubuntu 14.04 Editions: Community, Professional, Enterprise, Enterprise Ultimate, Corporate Versions: all This HowTo describes how to install the transcoding tools under Ubuntu 14.04 For Open Source Transcoding you have to install the transcoding tools (MPlayer, mencoder, ffmpeg, flvtool2, faststart). As the Ubuntu packages do not support all required formats, we have to compile the required tools. In most cases please just copy & paste the code into your shell and execute the commands as root. First we do some maintenance and remove some packages (if existing): cd /usr/src apt-get update apt-get upgrade apt-get remove x264 ffmpeg mplayer mencoder We install -
X1 Complete User Manual (For Versions After FW1.0)
X1 Complete User Manual (For versions after FW1.0) Now Playing Foreword: Thank you for purchasing FiiO’s X1, our 192k/24bit high resolution lossless music player. To let you better utilize the X1, we have prepared this complete user manual and collected and answered some frequently asked questions by users. We hope that this manual will help you get to know the X1 and unleash its full potential. 1 Contents A. Introduction………………………………....…………………………… 3 B. Buttons and ports introduced………….…………………….3-4 C. Firmware update…………………….......………………………………5 D. Pictorial guide to menu operation…......…….…………….6-7 E. Menu operation……………………………………………………….8-10 F. Tips on usage……………………………………......……………………11 G. FAQ on the X1……………………………...…………………………….12 1) About charging…………………………………………….................………………12-13 2) Transferring songs……………………….……………………..............……………13-14 3) Firmware upgrades……………….……….………………………................…………14 4) Storage………………………………………..……………………........................…….14-15 5) Music playback………….......……….………………………….................………………16 6) Other operations…………….…………………………........….............…………………17 7) Connection with other audio equipment……..…..................…………………17 2 A. Introduction The X1 is a HiFi-class high resolution digital audio player, supporting lossy and lossless music formats including MP2, MP3, WAV, WMA, APE, FLAC, AAC, ALAC, and OGG. A maximum sample rate of 192k/24bit is supported and CUE sheets and gapless playback are also supported. The following sections are an illustrated guide to using the X1. -
Hacker Public Radio
hpr0001 :: Introduction to HPR hpr0002 :: Customization the Lost Reason hpr0003 :: Lost Haycon Audio Aired on 2007-12-31 and hosted by StankDawg Aired on 2008-01-01 and hosted by deepgeek Aired on 2008-01-02 and hosted by Morgellon StankDawg and Enigma talk about what HPR is and how someone can contribute deepgeek talks about Customization being the lost reason in switching from Morgellon and others traipse around in the woods geocaching at midnight windows to linux Customization docdroppers article hpr0004 :: Firefox Profiles hpr0005 :: Database 101 Part 1 hpr0006 :: Part 15 Broadcasting Aired on 2008-01-03 and hosted by Peter Aired on 2008-01-06 and hosted by StankDawg as part of the Database 101 series. Aired on 2008-01-08 and hosted by dosman Peter explains how to move firefox profiles from machine to machine 1st part of the Database 101 series with Stankdawg dosman and zach from the packetsniffers talk about Part 15 Broadcasting Part 15 broadcasting resources SSTRAN AMT3000 part 15 transmitter hpr0007 :: Orwell Rolled over in his grave hpr0009 :: This old Hack 4 hpr0008 :: Asus EePC Aired on 2008-01-09 and hosted by deepgeek Aired on 2008-01-10 and hosted by fawkesfyre as part of the This Old Hack series. Aired on 2008-01-10 and hosted by Mubix deepgeek reviews a film Part 4 of the series this old hack Mubix and Redanthrax discuss the EEpc hpr0010 :: The Linux Boot Process Part 1 hpr0011 :: dd_rhelp hpr0012 :: Xen Aired on 2008-01-13 and hosted by Dann as part of the The Linux Boot Process series. -
Open SVC Decoder: a Flexible SVC Library Médéric Blestel, Mickaël Raulet
Open SVC decoder: a flexible SVC library Médéric Blestel, Mickaël Raulet To cite this version: Médéric Blestel, Mickaël Raulet. Open SVC decoder: a flexible SVC library. Proceedings of the inter- national conference on Multimedia, 2010, Firenze, Italy. pp.1463–1466, 10.1145/1873951.1874247. hal-00560027 HAL Id: hal-00560027 https://hal.archives-ouvertes.fr/hal-00560027 Submitted on 27 Jan 2011 HAL is a multi-disciplinary open access L’archive ouverte pluridisciplinaire HAL, est archive for the deposit and dissemination of sci- destinée au dépôt et à la diffusion de documents entific research documents, whether they are pub- scientifiques de niveau recherche, publiés ou non, lished or not. The documents may come from émanant des établissements d’enseignement et de teaching and research institutions in France or recherche français ou étrangers, des laboratoires abroad, or from public or private research centers. publics ou privés. Open SVC Decoder: a Flexible SVC Library Médéric Blestel Mickaël Raulet IETR/Image group Lab IETR/Image group Lab UMR CNRS 6164/INSA UMR CNRS 6164/INSA France France [email protected] [email protected] ABSTRACT ent platforms like x86 platform, Personal Data Assistant, This paper describes the Open SVC Decoder project, an PlayStation 3 and Digital Signal Processor. open source library which implements the Scalable Video In this paper, a brief description of the SVC standard is Coding (SVC) standard, the latest standardized by the Joint done, followed by a presentation of the Open SVC Decoder Video Team (JVT). This library has been integrated into (OSD) and its installation procedure. open source players The Core Pocket Media Player (TCPMP) and mplayer, in order to be deployed over different platforms 2. -
Analyzing the Video Popularity Characteristics of Large-Scale User Generated Content Systems Meeyoung Cha, Haewoon Kwak, Pablo Rodriguez, Yong-Yeol Ahn, and Sue Moon
IEEE/ACM TRANSACTIONS ON NETWORKING, VOL. 17, NO. 5, OCTOBER 2009 1357 Analyzing the Video Popularity Characteristics of Large-Scale User Generated Content Systems Meeyoung Cha, Haewoon Kwak, Pablo Rodriguez, Yong-Yeol Ahn, and Sue Moon Abstract—User generated content (UGC), now with millions not only content consumers, but also publishers. The length of of video producers and consumers, is re-shaping the way people UGC videos is shortened by two orders of magnitude than tra- watch video and TV. In particular, UGC sites are creating new ditional videos and so is the production time. Wired magazine viewing patterns and social interactions, empowering users to be more creative, and generating new business opportunities. refers to this small-sized content pop culture as “bite-size bits Compared to traditional video-on-demand (VoD) systems, UGC for high-speed munching” [1]. services allow users to request videos from a potentially unlimited The scale, dynamics, and decentralization of UGC videos selection in an asynchronous fashion. To better understand the make their content popularity more ephemeral and unpre- impact of UGC services, we have analyzed the world’s largest dictable. As opposed to the early days of TV when everyone UGC VoD system, YouTube, and a popular similar system in Korea, Daum Videos. In this paper, we first empirically show watched the same program at the same time—for instance, the how UGC services are fundamentally different from traditional biggest hit of 1953, “I Love Lucy”, was watched by 70% of VoD services. We then analyze the intrinsic statistical properties TV households—such strong reinforcement of popularity (or of UGC popularity distributions and discuss opportunities to unpopularity) is absent in UGC. -
Product Information 08
Product information 08. 2017 Stream Box DS2 T 24bit/192kHz HiRes audio streamer & internet radio transport AUDIO FORMATS MP3, FLAC (up to 24bit/192kHz including 24/176), • 24 bit/192kHz Hires Audio streaming client WMA9-lossless, AIFF (up to 24bit/192kHz), • Spotify Connect support AAC, ALAC (up to 24bit/48kHz), • Lossless streaming with Tidal LPCM (WAV, up to 24bit/192kHz), Ogg Vorbis 1.0 • WAV, AIFF, FLAC, WMA9 lossless, ALAC & AAC INTERNETRADIO vTuner built-in • FLAC decoding for all 9 compression levels including GAPLESS all audio formats INPUT Network & USB 2.0 (compatible with USB 3.0 Level 0 (data rate up to approximately 9 mbit/s) devices), (24/192, type A), supports flash & hard • Gapless playback of all audio formats disc drives (FAT16 & FAT32) • Digital coax and optical output OUTPUTS S/PDIF coax, S/PDIF optical • Search functionality fast forward and back SN RATIO 100dB @ 1,8V • Alphanumeric search NETWORK Wi-Fi IEEE 802.11 b/g & Ethernet RJ45 • 3,5“ colour display shows cover art and metadata EXTERNAL CONTROL free Box Control APP available for iOS and Android • Multiple display languages POWER SUPPLY 9VDC/2A • Wifi 802.11 b/g allowing real wireless 24/192 POWER CONSUMPTION 16,2W max with HD drive/ 0,3W standby • Solid metal casework prevents from interference COLOURS black or silver • Special proprietary NetAPI implemented for fast access DIMENSIONS 72 x 206 x 200 mm (HxWxD) without antenna WEIGHT 2,75 kg • Available in silver or black • Free Control APP (iOS & Android) Stream Box DS2 T SRP 699,00 € Stream Box DS2 T Incl wooden sidepanels SRP 799,00 € Stream Box DS2 T is a fully equipped audio streaming client with internet radio, that is able to play music stored on network servers (computers, NAS drives, etc) connected to your home network. -
The Top 10 Open Source Music Players Scores of Music Players Are Available in the Open Source World, and Each One Has Something That Is Unique
For U & Me Overview The Top 10 Open Source Music Players Scores of music players are available in the open source world, and each one has something that is unique. Here are the top 10 music players for you to check out. verybody likes to use a music player that is hassle- Amarok free and easy to operate, besides having plenty of Amarok is a part of the KDE project and is the default music Efeatures to enhance the music experience. The open player in Kubuntu. Mark Kretschmann started this project. source community has developed many music players. This The Amarok experience can be enhanced with custom scripts article lists the features of the ten best open source music or by using scripts contributed by other developers. players, which will help you to select the player most Its first release was on June 23, 2003. Amarok has been suited to your musical tastes. The article also helps those developed in C++ using Qt (the toolkit for cross-platform who wish to explore the features and capabilities of open application development). Its tagline, ‘Rediscover your source music players. Music’, is indeed true, considering its long list of features. 98 | FEBRUARY 2014 | OPEN SOURCE FOR YoU | www.LinuxForU.com Overview For U & Me Table 1: Features at a glance iPod sync Track info Smart/ Name/ Fade/ gapless and USB Radio and Remotely Last.fm Playback and lyrics dynamic Feature playback device podcasts controlled integration resume lookup playlist support Amarok Crossfade Both Yes Both Yes Both Yes Yes (Xine), Gapless (Gstreamer) aTunes Fade only -
I Know What You Streamed Last Night: on the Security and Privacy of Streaming
Digital Investigation xxx (2018) 1e12 Contents lists available at ScienceDirect Digital Investigation journal homepage: www.elsevier.com/locate/diin DFRWS 2018 Europe d Proceedings of the Fifth Annual DFRWS Europe I know what you streamed last night: On the security and privacy of streaming * Alexios Nikas a, Efthimios Alepis b, Constantinos Patsakis b, a University College London, Gower Street, WC1E 6BT, London, UK b Department of Informatics, University of Piraeus, 80 Karaoli & Dimitriou Str, 18534 Piraeus, Greece article info abstract Article history: Streaming media are currently conquering traditional multimedia by means of services like Netflix, Received 3 January 2018 Amazon Prime and Hulu which provide to millions of users worldwide with paid subscriptions in order Received in revised form to watch the desired content on-demand. Simultaneously, numerous applications and services infringing 15 February 2018 this content by sharing it for free have emerged. The latter has given ground to a new market based on Accepted 12 March 2018 illegal downloads which monetizes from ads and custom hardware, often aggregating peers to maximize Available online xxx multimedia content sharing. Regardless of the ethical and legal issues involved, the users of such streaming services are millions and they are severely exposed to various threats, mainly due to poor Keywords: fi Security hardware and software con gurations. Recent attacks have also shown that they may, in turn, endanger Privacy others as well. This work details these threats and presents new attacks on these systems as well as Streaming forensic evidence that can be collected in specific cases. Malware © 2018 Elsevier Ltd. All rights reserved. -
Scan ATSC Preparing the Scan
Scan ATSC Preparing the Scan You should see one or more tuners listed as type Atsc. Tip If you don't see any tuners listed this indicates TV Server has not yet successfully detected your tuners. Close TV Server configuration, wait 30 seconds, then reopen. Note that you may see more tuners than you expect for three reasons: Silicondust created a "wrapper" for their HDHomeRun PRIME CableCARD tuners that allows software like MediaPortal to use them for clear QAM only. Tuners named like HDHomeRun Prime Tuner are capable of receiving encrypted cable channels; tuners named like Silicondust HDHomeRun Tuner are physically the same tuners but are only capable of clear QAM. If you have a CableCARD, we recommend you disable (untick) the clear QAM wrapper tuners to avoid confusion. On 32 bit versions of Windows 7 or newer you may see each CableCARD tuner listed twice. This is because MediaPortal supports two ways of controlling the tuner hardware. Tuners with device path starting "@device:sw..." use the Windows PBDA control interface. This is the interface used by Windows Media Center. Tuners with device path starting "uuid:" use the CableLabs native UPnP/DRI interface. This is the interface used by most other software. Only one interface should be used to control each tuner. The PBDA interface may be more reliable but will certainly be significantly slower than the native interface. We recommended that you disable (untick) the PBDA tuners unless troubleshooting. If your tuner supports both digital and analog sources (a so-called hybrid tuner), expect to see one tuner of type Atsc for receiving from digital sources and one tuner of type Analog for receiving from analog sources. -
TV Guide Setup - EPG
TV Guide Setup - EPG Table of Contents 1 Overview 2 Methods 2.1 DVB 2.2 XMLTV 2.3 WebEPG 2.4 SchedulesDirect Plugin 2.5 TV Movie EPG Import Plugin 3 Digital Television 4 Related Overview How to get EPG (Electronic Program Guide) data for your TV Guide in MediaPortal Methods The Electronic Program Guide (EPG) is one of the most important parts of the MediaPortal TV system. Having a reliable EPG makes your TV experience more like a commercial set top box (e.g. Sky Digibox). There are many different ways to populate your EPG (via internet data and data received by your TV tuner).The best method depends on your TV Card. region, Service Provider and the quality of data available. This guide presents the main methods plus several different Setup tutorials, with examples for specific regions/countries: DVB if you have a DVB TV Card and your TV broadcaster includes good EPG data this is the easiest method to use: DVB EPG Data However, often DVB sources provide data only for the next 48 hours, which is not very useful for scheduling recordings. XMLTV XMLTV is an XML based file format for describing TV listings. There are a number of software tools that you can use to download your EPG data and import it into MediaPortal using the included XmlTV plugin - see TV Guide > EPG > XMLTV for some of the more popular tools. This guide includes the following Setup Tutorials: XMLTV mc2xml - using the XmlTv plugin and mc2xml program to download TV Listings from Windows Media Center (MSN/Micosoft), TitanTV, or Schedules Direct, - works for most countries including Canada and the US. -
Openbricks Embedded Linux Framework - User Manual I
OpenBricks Embedded Linux Framework - User Manual i OpenBricks Embedded Linux Framework - User Manual OpenBricks Embedded Linux Framework - User Manual ii Contents 1 OpenBricks Introduction 1 1.1 What is it ?......................................................1 1.2 Who is it for ?.....................................................1 1.3 Which hardware is supported ?............................................1 1.4 What does the software offer ?............................................1 1.5 Who’s using it ?....................................................1 2 List of supported features 2 2.1 Key Features.....................................................2 2.2 Applicative Toolkits..................................................2 2.3 Graphic Extensions..................................................2 2.4 Video Extensions...................................................3 2.5 Audio Extensions...................................................3 2.6 Media Players.....................................................3 2.7 Key Audio/Video Profiles...............................................3 2.8 Networking Features.................................................3 2.9 Supported Filesystems................................................4 2.10 Toolchain Features..................................................4 3 OpenBricks Supported Platforms 5 3.1 Supported Hardware Architectures..........................................5 3.2 Available Platforms..................................................5 3.3 Certified Platforms..................................................7