Research and Analysis of Different Forms of Streaming Media Xin-Lei JIN1, Na ZHANG2,A* and Na CAO3 1,2,3Beijing
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The Kmplayer โปรแกรม Mediaplayer ดีๆ ...ลองเลย
The KMPlayer โปรแกรม mediaplayer ดีๆ ....ลองเลย 29 พ.ย. 2551 นะนำTFREEWARE[REhe KMPlayer โปรแกรม mediaplayer ดีๆ COMMENDED] ก่อนอื่น ขอกล่าวอะไรสักนิดว่า ไม่ได้ เรียบเรียง ให้ดีพอ และ รีบร้อนในการเขียน ถ้าผิดพลาดตรงไหนขออภัยด้วยครับ The KMPlayer พัฒนาโดยคนเกาหลี เป็น โปรแกรมสำหรับระบบปฏิบัติการ Windows (แนะนำ Windows2000 XP ขึ้นไป) ที่สามารถ เล่นไฟล์ Video และ Audio ได้โดยตัวเอง(ไม่ต้องติดตั้งCODEC เพิ่มเติม) เช่นเดียวกับ VLC media player ซึ่งรองรับไฟล์แบบต่างๆมากมาย แต่ สามารถเพิ่มเติมและปรับแต่ง codec จาก ภายนอกได้ เช่นติดตั้ง k-lite mega codec pack เสริมเข้าไป รวมถึง รูปร่างหน้าตาส่วนติดต่อกับผู้ใช้(User Interface)ที่ดีกว่า VLC media player จึงทำให้ ง่ายต่อการใช้งาน ชื่อเต็ม ของ The KMPlayer คือ The K-Multimedia Playerซึ่ง K มาจากชื่อสกุลของผู้พัฒนา ปัจจุบัน version 2.9.3.1210 (5 มกราคม 2007) สามารถเล่น ไฟล์รูปแบบต่างๆได้หลากหลายดังต่อไปนี้ avi (แม้ไฟล์ที่เสียหาย หรือ ไม่สมบูรณ์ก็เล่นได้ แต่จะข้ามส่วนที่ไม่ดีไป) แบบนี้ (อันนี้ ยังโหลดไม่ทันเสร็จใน bittorrentก็ขอลองดูก่อน ว่าใช่ของจริงหรือเปล่า) mpg,dat,vob (MPEG-1,2,4 VCD,DVD),mkv, mp4,m4v,ogm ไฟล์window media อย่าง wmv wma asf ไฟล์audio อย่าง cda(CD-AUDIO) mp3,mp4,m4a,mpc,ogg,ape,wav,flac,wv (ไฟล์อย่าง mp3 หากอยู่ใน zip,rar สามารถเล่นได้โดยไม่ต้อง extractออกมา) ไฟล์ตระกูล real เช่นra ,rm,ram, rmvb ควรติดตั้ง real player หรือ real alternative เสริมเข้าไป เช่นเดียวกับตระกูล quicktime เช่น mov ,qt... ควรติดตั้ง quicktime /alternative เสริมเข้าไป ซึ่งมีอยู่ใน K-lite mega codec pack Google Video(gvi)Flash Video(flv), Nullsoft Streaming Video(nsv), 3g2,3gp เป็นต้น มาดูหน้าตา การใช้งาน และ -
Simplify Your Mobile Media Experience with Realplayer for Android - One App for Music, Videos and Photos
August 14, 2012 Simplify Your Mobile Media Experience with RealPlayer for Android - One App for Music, Videos and Photos RealNetworks Introduces All-in-one Mobile Media Player from One of the World's Most Recognized Brands in Media Players - Plus In-App Upgrade for Premium Features to Personalize Your Experience SEATTLE, Aug. 14, 2012 /PRNewswire/ -- So, you just got your new Android Smartphone or tablet and there seems to be an app for just about everything. Why consider adding another media player? Your mobile digital media experience doesn't have to be so complex! (Photo: http://photos.prnewswire.com/prnh/20120814/SF57000) RealNetworks Inc. (NASDAQ: RNWK) today introduced the RealPlayer app for Android — an all-in-one app for music, videos and photos — that provides a much easier way to manage your mobile media experience. RealPlayer continues to be one of the most recognized media player brands in the world. According to the June 2012 survey by Forrester Research, Inc., "Q2 2012 Forrester Online Omnibus", the brand had 84% awareness in the US.* The RealPlayer app for Android offers an easier way to enjoy music, videos and photos on the go. It simplifies the experience by letting you get all your entertainment with just one click —eliminating the need for multiple players and apps to browse your music; play your videos; get your photos; and connect and share on Facebook, Twitter and other social media. See a video demo of the RealPlayer app for Android here: https://play.google.com/store/apps/details?id=com.real.RealPlayer Acclaimed as one of the most popular media players for Android while still in Beta, with more than 11.2 million customers and one of the top three rated music players on Google Play, the RealPlayer app for Android just got better in its first commercial mobile release. -
Commercial Dvd Player Software Free Download 100% Free
commercial dvd player software free download 100% Free. You will definitely keep this software although ti still needs enhancement.I am looking forward the 4K Blu-ray. - CNET Editor, May 08, 2016. Leawo Blu-ray Player has clearly been designed with the beginner user in mind. With Leawo Blu-ray Player, HD movie enjoyment on Windows 8 would be greatly improved. This is an aesthetically cool Blu-ray media player with an unassuming but great interface that works. 6-in-1 Free Blu-ray/DVD/Video… Media Player Software. Leawo Free Blu-ray Player software contains all media playback solutions you need for your leisure entertainment. It acts as free Blu-ray disc player, free DVD disc player, free HD video player (free 4K video player), free ISO file player, and free audio player (free music player). Being a free Blu-ray disc player software app, it plays Blu-ray discs for totally free, as well as BDAV movie folder and Blu-ray ISO image files, no matter they are commercial or homemade. It’s the best free software to play Blu-ray on Windows (including Windows 7, 7, 8, 8.1, and 10). Meanwhile, as region-free DVD player, it plays DVD disc, DVD folder and DVD ISO image file for totally free. It’s also a free 4K/HD video player to deliver extraordinary image and audio quality via 4K/HD screens. It’s capable of playing 4K video in MKV, MP4 and TS formats, 1080P videos in HD MP4, HD MKV, HD MOV, etc., 720P videos in MP4, AVI, MKV, and other formats, be it camcorder reordered footage, downloaded online video, or streamed video. -
Quality of Service Monitoring for Video Streaming in Mobile Ad-Hoc Networks
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by NORA - Norwegian Open Research Archives UNIVERSITY OF OSLO Department of Informatics Quality of Service Monitoring for Video Streaming in Mobile Ad-hoc Networks Master’s thesis Magnus Engh Halvorsen 1st February 2008 Abstract This thesis work is done in the context of a recently launched research project on delay-tolerant streaming, where the vision is to provide a video streaming solution capable of performing in a dy- namic, wireless, mobile environment without the presence of a fixed infrastructure. There are situations where regular wireless communication net- works are not accessible or the connectivity is limited. Examples of such situations are emergency and rescue operations, where commu- nications infrastructure may be non-existent or destroyed. The use of mobile devices connected using mobile ad-hoc network (MANET) technology and operating independently of any existing infrastructure, can help overcome these difficulties and provide connectivity despite large-scale disasters. Also, a lot of information cannot be commu- nicated through conventional systems, such as phones or radio. The ability to transmit streaming multimedia data could potentially save lives in an emergency situation. Multimedia streaming is a topic that has not received much at- tention in MANET research. Furthermore, most of the research and experiences with MANETs in general are based on work done in sim- ulated environments. However, in contrast to most prior MANET research, this thesis uses a practical approach. We present a working solution for serving and consuming streaming video using the Nokia 770 Internet Tablet that can serve as a starting point for future work on video streaming in mobile ad-hoc networks. -
Autonomy Keyview IDOL
Product Brief Autonomy KeyView IDOL Highlights • File filtering and transformation support File filtering and transformation provides a vital technology for any application leveraging unstructured data for over 1000 file formats, including audio, - a content form that dominates the enterprise landscape. Typically all enterprises will have a unique blend video, structured and unstructured files of databases, content management systems, off-the-shelf applications and custom solutions. This leads to a wide variety of file formats and data types needing to be supported. For this reason, it is not enough for • Support for all common file types, including the search technology to simply connect to the repositories through its connectors. Once connected, it must PDFs, PSTs and Lotus Notes NSF (not also have the proper filtering technology to extract content from the assortment of files that reside in the supported by competing technologies) repositories. • Full capture of text, metadata and security information File filtering plays an important role in areas as varied as eDiscovery, email security and content • High-fidelity and non-native viewing, management because all applications must have the capacity to process unstructured data. For instance, printing and highlighting capabilities search is only as good as the places it looks, and if the search engine is unable to index all file types, it is • Automatic detection of file types without bound to miss many relevant documents. This flaw is wholly unacceptable (and costly) in today’s litigious relying on filename extensions environment, where companies are required by law to produce all electronically stored information (ESI) relevant to a case. In another example, if the technology is unable to filter through all the emails and the • Eliminate the need for developers to stay different attachments, it will be impossible to monitor all electronic communication for potential security current with native applications’ releases, breaches or data privacy loss. -
Quality of Service Monitoring for Video Streaming in Mobile Ad-Hoc Networks
UNIVERSITY OF OSLO Department of Informatics Quality of Service Monitoring for Video Streaming in Mobile Ad-hoc Networks Master’s thesis Magnus Engh Halvorsen 1st February 2008 Abstract This thesis work is done in the context of a recently launched research project on delay-tolerant streaming, where the vision is to provide a video streaming solution capable of performing in a dy- namic, wireless, mobile environment without the presence of a fixed infrastructure. There are situations where regular wireless communication net- works are not accessible or the connectivity is limited. Examples of such situations are emergency and rescue operations, where commu- nications infrastructure may be non-existent or destroyed. The use of mobile devices connected using mobile ad-hoc network (MANET) technology and operating independently of any existing infrastructure, can help overcome these difficulties and provide connectivity despite large-scale disasters. Also, a lot of information cannot be commu- nicated through conventional systems, such as phones or radio. The ability to transmit streaming multimedia data could potentially save lives in an emergency situation. Multimedia streaming is a topic that has not received much at- tention in MANET research. Furthermore, most of the research and experiences with MANETs in general are based on work done in sim- ulated environments. However, in contrast to most prior MANET research, this thesis uses a practical approach. We present a working solution for serving and consuming streaming video using the Nokia 770 Internet Tablet that can serve as a starting point for future work on video streaming in mobile ad-hoc networks. The solution is based entirely on open-source software, and can thus be freely used and modified for future research. -
Report on File Formats and Packages
PRESERVING DIGITAL PUBLIC TELEVISION SURVEY OF DIGITAL FORMATTING PRACTICES IN PUBLIC TELEVISION PROGRAM PRODUCTION Dave MacCarn, Chief Technologist, WGBH Television Edited by Nan Rubin, Project Director, Thirteen/WNET-TV September 2007 This report outlines the currently used digital video formats in the Public Television (PTV) production life cycle. It is prepared as part of the activities of the project PRESERVING DIGITAL PUBLIC TELEVISION , funded by the Library of Congress as part of their NDIIPP Program 1. The goal of the project is to design a long-term preservation repository where digital public television program materials can be stored and retrieved, despite the rapidly-changing environment of video production, editing and distribution, and the ongoing changes in digital storage design. This paper offers a discussion of digital video file formats and related technical practices currently used in public television, in order to provide background for making decisions about how best to store these materials long-term. We hope that it will point towards developing some useful technical standards and best practices in the field, where very few currently exist. PRODUCTION PROCEDURES In this discussion, we will look at three main phases in which video content is prepared for broadcast: Acquisition/Recording of Source Material Production/Post-production Distribution . As a program moves from phase to phase, it is handled by a number of individuals, each of whom is responsible for one or another aspect of the production process. At the same time, each is likely to have little knowledge of those activities outside their immediate tasks or phase in the production. -
REALNETWORKS PRODUCTION GUIDE with Realplayer 10 Last Update: 20 July 2004 Realnetworks, Inc
REALNETWORKS PRODUCTION GUIDE With RealPlayer 10 Last Update: 20 July 2004 RealNetworks, Inc. PO Box 91123 Seattle, WA 98111-9223 U.S.A. http://www.real.com http://www.realnetworks.com ©2002, 2004 RealNetworks, Inc. All rights reserved. Information in this document is subject to change without notice. No part of this document may be reproduced or transmitted in any form or by any means, electronic or mechanical, for any purpose, without the express written permission of RealNetworks, Inc. Printed in the United States of America. Helix, Helix DNA, the Helix logo, the Real "bubble" (logo), RBN, RealArcade, RealAudio, Real Broadcast Network, Real.com, RealJukebox, RealMedia, RealNetworks, RealOne, RealPix, RealPlayer, RealPresenter, RealProducer, RealProxy, RealSystem, RealText, RealVideo, SureStream, and TurboPlay are trademarks or registered trademarks of RealNetworks, Inc. Other product and corporate names may be trademarks or registered trademarks of their respective companies. SUMMARY OF CONTENTS DOCUMENTATION RELEASE NOTE .......................................................................................1 INTRODUCTION.....................................................................................................................5 PART I: GETTING STARTED WITH STREAMING MEDIA 1 NEW FEATURES .........................................................................................................17 2 PRESENTATION PLANNING.......................................................................................27 PART II: PRODUCING -
Containers Vs Codecs
Containers Vs Codecs CODEC – Compressor-Decompressor Method for encoding (wrapping) and decoding (unwrapping) compressed data in video/audio/stills. Encoding for transport and storage. Decoding for viewing or transcoding (re-wrapping) Raw Video and Audio or Uncompressed video/audio in huge! (1080i high- definition video recorded at 60 frames per second eats up 410 gigabytes per hour of video) CONTAINERS - (Blackboxes) Once the media data is compressed into suitable formats and reasonable sizes, it needs to be packaged, transported, and presented. That's the purpose of container formats--to be discrete "black boxes" for holding a variety of media formats. Good container formats can handle files compressed with a variety of different codecs. LIST OF CONTAINER FORMATS 3GP: (3GPP file format) is a multimedia container format defined by the Third Generation Partnership Project (3GPP) for 3G UMTS multimedia services. It is used on 3G mobile phones but can also be played on some 2G and 4G phones. 3G2: (3GPP2 file format) is a multimedia container format defined by the 3GPP2 for 3G CDMA2000 multimedia services. It is very similar to the 3GP file format, but has some extensions and limitations in comparison to 3GP. Advanced Systems Format: ASF is a Microsoft-based container format. You'll see various file extensions for ASF files, including .asf, .wma, and .wmv. Note that a file with a .wmv extension is probably compressed with Microsoft's WMV (Windows Media Video) codec, but the file itself is an ASF container file. ASF files can, in theory, contain video and audio files compressed with any codec. -
Mibao: a Video Processing Middlebox
MiBao: A Video Processing Middlebox Siyuan He Electrical Engineering and Computer Sciences University of California at Berkeley Technical Report No. UCB/EECS-2017-18 http://www2.eecs.berkeley.edu/Pubs/TechRpts/2017/EECS-2017-18.html May 1, 2017 Copyright © 2017, by the author(s). All rights reserved. Permission to make digital or hard copies of all or part of this work for personal or classroom use is granted without fee provided that copies are not made or distributed for profit or commercial advantage and that copies bear this notice and the full citation on the first page. To copy otherwise, to republish, to post on servers or to redistribute to lists, requires prior specific permission. Acknowledgement I want to thank my research advisor Professor Randy H. Katz for guiding me to through my Master's study. I wish to thank Professor Sylvia Ratnasamy for her valuable advice during the development of this project. I wish to thank my collaborators Zehao Wu and Syed Saif Nizam who worked with me on this project. I want to thank my colleagues Kaifei Chen, Jack Kolb, Gabe Fierro, and Michael Andersen for their advice and helping me proof read the thesis. This work is supported in part by the National Science Foundation under grant CPS-1239552 (SDB), AMPLab, and the Siebel Scholars Foundation. MiBao: A Video Processing Middlebox by Siyuan He A thesis submitted in partial satisfaction of the requirements for the degree of Master of Science in Engineering - Electrical Engineering and Computer Sciences in the Graduate Division of the University of California, Berkeley Committee in charge: Professor Randy H. -
Than 600 Million Devices Worldwide Use Realnetworks' Technology to Playback Digital Content
More Than 600 Million Devices Worldwide Use RealNetworks' Technology to Playback Digital Content ● RealVideo is one of the most popular consumer formats in China ● Leading CE and semiconductor companies license RealVideo TAIPEI, TAIWAN, June 2, 2010-COMPUTEX- RealNetworks®, Inc. (RNWK), the digital entertainment services company, today announced that RealVideo has been shipped on more than 600 million mobile and consumer electronic devices worldwide. RealVideo (RMVB) delivers higher quality videos to consumer devices by compressing the file size, which is essential for connected devices. Strong consumer demand makes RealVideo a requirement for consumer electronic products such as mobile phones, televisions, personal media players, mediaboxes, set-top boxes, DVD/HD players, smartbooks, netbooks, and tablets. RealVideo is supported across most leading platforms and operating systems. Companies that have shipped products with RealVideo (including CE products and chipsets) include Lenovo, Motorola, Nokia, Phillips, Samsung, LG, Sony Ericsson Nokia, Oppo, Aigo, Haier, Hisense, Konka, ChangHong, TCL Corporation, Qualcomm, Freescale Semiconductor, Zoran, Sigma Designs, Mstar, Realtek, MediaTek, Amlogic and Rockchip. The availability of chipsets supporting RealVideo makes it easier for OEMs to create a variety of consumer electronics devices that provide great video experiences, including: high definition video, optimized video decoding for digital TV, and better battery life for smartphones and other portable devices. Quotes from RealVideo licensees: -
The Research of Video Format Conversion Based on Educational Video-On-Demand Fei Wan , Yi
International Forum on Management, Education and Information Technology Application (IFMEITA 2016) The Research of video format conversion based on educational video-on-demand Fei Wan1, a, Yi Dai2,b 1 Zhuhai Radio & TV University, Zhuhai, China 2 Corresponding author, South China Normal University, School of Information Technology In Education, Guangzhou, China [email protected],[email protected] Keywords: educational video-on-demand; video transcoding; FFmpeg;MEncoder Abstract. With the popularity of the Internet, User Generated Content increasingly attracts more attention, which proposed the new requirements of the educational video-on-demand, providing the function of video upload for educators and educated. However, there is now a greater variety of video, and the video data which has being digitized is very large. So how to effectively compress video data & audio data, and stores it into the appropriate format to become a serious problem of the Server. FFmpeg and MEncoder, the two kinds of open-source & cross-platform command line program for video compression and processing, has become the most popular core of video compression and processing software. In this paper, the difference between FFmpeg and MEncoder has been tested, based on a combination of both advantages and video coding information. We design the video trans coding module of Server, providing a unified server-side video file format Technology solutions for developers. Introduction The VOD (video on demand) system began to rise with the violent development of Computer network technology and multimedia applications. It has gradually become an important means for people to obtain network information and played an important part in distance education [1].