Description: 随着Internet深入人们的生活和数字电视的发展，互联网服务提供进军高品质流媒体服务以及电视服务提供尚均希望通过Internet这一媒介向人们提供更高品质，更灵活的视频服务，而且这将抛不可挡，这便是一个灵活多用的手机视频开发程序。-depth to people's lives and the development of digital TV, Internet service provider to sell high-quality streaming media services, and television service providers still have hope that through Internet a media people to provide higher quality, more flexible video services, but this will not block left, This is a more flexible use of mobile video development process. Platform: |
Size: 7262074 |
Author:项仁毅 |
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Description: 随着Internet深入人们的生活和数字电视的发展，互联网服务提供进军高品质流媒体服务以及电视服务提供尚均希望通过Internet这一媒介向人们提供更高品质，更灵活的视频服务，而且这将抛不可挡，这便是一个灵活多用的手机视频开发程序。-depth to people's lives and the development of digital TV, Internet service provider to sell high-quality streaming media services, and television service providers still have hope that through Internet a media people to provide higher quality, more flexible video services, but this will not block left, This is a more flexible use of mobile video development process. Platform: |
Size: 7262208 |
Author:项仁毅 |
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Description: Abstract—Mobile devices performing video coding and
streaming over wireless and pervasive communication networks
are limited in energy supply. To prolong the operational lifetime of
these devices, an embedded video encoding system should be able
to adjust its computational complexity and energy consumption
as demanded by the situation and its environment.-Abstract-Mobile devices performing video coding andstreaming over wireless and pervasive communication networksare limited in energy supply. To prolong the operational lifetime ofthese devices, an embedded video encoding system should be ableto adjust its computational complexity and energy consumptionas demanded by the situation and its environment. Platform: |
Size: 1584128 |
Author:宋恋 |
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Description: The J2me source code for Movino application which is a video streaming project from a mobile phone Platform: |
Size: 39936 |
Author:Simon Mbatia |
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Description: Use the Mobile Media API to add video functionality to your Java mobile applications.
Many mobile phones today support the Mobile Media API (MMAPI) under JSR-135. Using MMAPI, you can
easily develop robust and useful Java mobile video applications. In this two-part article, JavaWorld contributor
Srijeeb Roy shows you how to develop and test a mobile video application using JSR-135. In Part 1 you
will learn how to capture and record video content using JME (Java Micro Edition). In Part 2 you will learn how
to store your video content on a server using the Generic Connection Framework (GCF) over the HTTP
protocol. Platform: |
Size: 790528 |
Author:Araz |
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Description: Mobile video streaming, audio and video streaming,-Mobile video streaming, video streaming, audio and video streaming, Platform: |
Size: 2852864 |
Author:ketan |
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Description: Mobile video streaming, audio and video streaming,-Mobile video streaming, video streaming, audio and video streaming, Platform: |
Size: 121856 |
Author:ketan |
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Description: Streaming Broadcaster, Mobile video streaming, audio and video streaming,-Streaming Broadcaster, Mobile video streaming, video streaming, audio and video streaming, Platform: |
Size: 251904 |
Author:ketan |
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Description: Mobile video streaming, audio and video streaming,-Mobile video streaming, video streaming, audio and video streaming, Platform: |
Size: 292864 |
Author:ketan |
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Description: application video streaming, using mobile telephone. server using linux, webiste php drupal, symbian c-application video streaming, using mobile telephone. server using linux, webiste php drupal, symbian c++ Platform: |
Size: 400384 |
Author:deniang |
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Description: android手机视频播放器,支持手机上的视频文件的播放。-android mobile video player, support mobile phone video file playback. Platform: |
Size: 95232 |
Author:李垚 |
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Description: 随着移动通信技术的发展和移动终端性能的提高,移动通信网络提供流媒体服务已经成为可能。分析移动流媒体网络传输协议和H.264视频编码格式特点,参照802.11标准,提出移动流媒体客户端的总体架构,并针对Windows Mobile平台特点予以实现。移动流媒体客户端可以运行在无线局域网中,主要由网络模块、解码模块和音视频回放模块组成。网络模块以动态库的方式实现RTP/RTCP/RTSP网络协议,采用消息队列的设计模式提高网络模块的效率 H.264与AMR解码模块由PC向嵌入式平台移植并作相应的封装 流媒体数据回放模块根据系统提供的资源,综合考虑效率与通用性,自动选择最优回放模式。根据3GPP移动流媒体总体结构要求,结合移动网络资源有限和移动智能终端处理能力较弱的特点,扩展局域网移动流媒体客户端的功能,优化流媒体播放器的架构,提高播放系统的效率。在局域网流媒体客户端设计的基础上,使用内网穿越技术穿透移动网关,实现流媒体数据通过移动通信网络传输。在网络模块中加入传输码率适配技术以根据移动通信网络的带宽自动调整服务器端数据发送速率。修改流媒体缓冲区数据排队策略,充分利用网络数据包之间的相关性-Streaming media services over mobile communication network come to be possible because of the development of the mobile communication technology and the improvement of the mobile terminals performance.Based on 802.11 standards, we have submitted the framework of the mobile streaming media clients and it is implemented on the Windows Mobile platform through the analysis on the mobile streaming media network transport protocol and the features of H.264 video encoding format. Platform: |
Size: 1184768 |
Author:zhz |
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Description: 在参照了第三代合作伙伴计划的分组交换流媒体服务技术规范的基础上，介绍移动流媒体网络体系中使用的网络协议，论述H.264视频解码技术和AMR-NB(Adaptive Multi-Rate Speech Codec Narrow Band)及AAC（Advanced Audio
Coding）音频解码技术以及承载音视频媒体数据的容器3GPP（3rd GenerationPartnership Project）文件结构，针对iPhone平台自身特点，重点研究在iPhone平台上移动流媒体播放器的实现。-In the light of the third generation partnership project packet-switched streaming service based on technical specifications, introduced mobile streaming media network system used in network protocol, H.264 video decoding technology and the discusses the AMR-NB (Adaptive Multi-Rate Speech Codec Narrow Band) and AAC (Advanced Audio Coding) audio decoder technology, and carrying audio and video media data container 3GPP (3rd GenerationPartnership Project) file structure, its own characteristics for the iPhone platform, focusing on the iPhone platform, mobile streaming media player implementation. Platform: |
Size: 773120 |
Author:zhz |
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Description: A Framework of Adaptive Mobile Video Streaming and Efficient Social Video Sharing in the Clouds Platform: |
Size: 323584 |
Author:sandy |
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Description: Low-rate video is widely used especially in mobile communications.
H.264/AVC (advanced video coding) is well suited
for the real-time error resilient transport over packet oriented
networks. In real-time communications, lost packets at the
receiver cannot be avoided. Therefore, it is essential to design
efficient error concealment methods which allow to visually
reduce the degradation caused by the missing information.
Each method has its own quality of reconstruction.
We implemented various efficient error concealment techniques
and investigated their performance in different scenarios.
As a result, we propose and evaluate an adaptive error
concealment mechanism that accomplishes both - good
performance and low complexity enabling the deployment
for mobile video streaming applications. This mechanism
selects suitable error concealment method according to the
amount of instantaneous spatial and temporal information of
the video sequence. Platform: |
Size: 2048 |
Author:zalak |
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Search - mobile video streaming