Library Automation and Digital Archive
LONTAR
Fakultas Ilmu Komputer
Universitas Indonesia

Pencarian Sederhana

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Penerbit ACM Multimedia 1994
Pengarang Nipun Agarwal and Sang H. Son;
Judul Artikel Synchronization of Distributed Multimedia Data in an Application-Specific Manner
Nama Prosiding Second ACM International Conference on Multimedia 1994
Bahasa Eng
Abstrak English
ABSTRACT

One of the distinctive features of multimedia systems is the wide range of applications they intend to cover, stretching the gamut from entertainment to life-critical applications such as real-time remote surgery. In the face of such a wide spectrum of applications, protocols used to deal with various issues in multimedia systems should be adaptable to the application. Synchronization is one of the key characteristics of a multimedia system. In this paper, we propose a mechanism for synchronization of distrib- uted media data, the accuracy of which can be tailored to the intended application. The model is extended for both stored and live multimedia data. The synchronization mechanism we propose ensures synchronization for all possible temporal relations. The performance of our scheme is evaluated and some implementation issuesare discussed.

Tahun 1994
No. Panggil SEM-214
Lokasi : Perpustakaan Fakultas Ilmu Komputer
Nomor Panggil ID Koleksi Status
SEM-214 TERSEDIA
Tidak ada review pada koleksi ini: 55324
ABSTRACT

One of the distinctive features of multimedia systems is the wide range of applications they intend to cover, stretching the gamut from entertainment to life-critical applications such as real-time remote surgery. In the face of such a wide spectrum of applications, protocols used to deal with various issues in multimedia systems should be adaptable to the application. Synchronization is one of the key characteristics of a multimedia system. In this paper, we propose a mechanism for synchronization of distrib- uted media data, the accuracy of which can be tailored to the intended application. The model is extended for both stored and live multimedia data. The synchronization mechanism we propose ensures synchronization for all possible temporal relations. The performance of our scheme is evaluated and some implementation issuesare discussed.