상세정보
학술대회
ISMuS : Interactive Scalable Multimedia Streaming Platform
- 발행일
- 200508
- 출처
- Applications of Digital Image Processing XXVIII (SPIE 5909), v.5909, pp.1-9
- 협약과제
- 05SR1100, 대화형 스케일러블 멀티미디어 스트리밍 플랫폼 기술 개발, 김현철
- 초록
- Technical evolutions in the field of information technology have changed many aspects of the industries and the life of human beings. Internet and broadcasting technologies act as core ingredients for this revolution. Various new services that were never possible are now available to general public by utilizing these technologies. Multimedia service via IP networks becomes one of easily accessible service in these days. Technical advances in Internet services, the provision of constantly increasing network bandwidth capacity, and the evolution of multimedia technologies have made the demands for multimedia streaming services increased explosively. With this increasing demand Internet becomes deluged with multimedia traffics. Although multimedia streaming services became indispensable, the quality of a multimedia service over Internet can not be technically guaranteed. Recently users demand multimedia service whose quality is competitive to the traditional TV broadcasting service with additional functionalities. Such additional functionalities include interactivity, scalability, and adaptability. A multimedia that comprises these ancillary functionalities is often called richmedia. In order to satisfy aforementioned requirements. Interactive Scalable Multimedia Streaming (ISMuS) platform is designed and developed. In this paper, the architecture, implementation, and additional functionalities of ISMuS platform are presented. The presented platform is capable of providing user interactions based on MPEG-4 Systems technology [1] and supporting an efficient multimedia distribution through an overlay network technology. Loaded with feature-rich technologies, the platform can serve both on-demand and broadcast-like richmedia services.
- KSP 제안 키워드
- IP networks, Information Technology, Internet service, Mpeg-4, Multimedia Service, Multimedia streaming, Network bandwidth, Network technology, On-demand, Streaming service, TV broadcasting