Title :
High-performance multimedia applications and the Internet
Author_Institution :
Aspex Microsyst. Ltd., Brunel Univ., Uxbridge, UK
Abstract :
Although the development and use of Internet multimedia applications are increasing, the ability to manipulate and process multimedia information on the Internet is missing. The Internet´s rich connectivity makes it an ideal blueprint for a high-performance computing system: millions and millions of heterogeneous computing nodes that can support open-standards protocols for communication and exchange of information. The implementation of high-performance multimedia computing on the Internet requires mapping the application computation onto a set of networked processing resources. Fortunately, multimedia processing exhibits a high degree of parallelism that can benefit from the Internet architecture´s concurrent nature. Multimedia applications can exploit three types of parallelism: functional, temporal and spatial
Keywords :
Internet; multimedia computing; multiprocessing programs; multiprocessing systems; Internet; application computation mapping; concurrent architecture; connectivity; functional parallelism; heterogeneous computing nodes; high-performance multimedia applications; information exchange; networked processing resources; open-standards protocols; spatial parallelism; temporal parallelism; Auditory displays; Bandwidth; Communications technology; Information processing; Information representation; Internet; Multimedia communication; Multimedia computing; Signal processing algorithms; Visual effects;
Journal_Title :
Concurrency, IEEE
DOI :
10.1109/4434.708251