What is distributed multimedia system?
Abstract: A distributed multimedia system (DMS) is an integrated communication, computing, and information system that enables the processing, management, delivery, and presentation of synchronized multimedia information with quality-of-service guarantees.
What are the characteristics of distributed multimedia system in distributed computing?
4. INTRODUCTION Distributed multimedia systems consist of multimedia databases, proxy and information servers, and clients, and are intended to for the distribution of multimedia content over the networks. 6. REQUIREMENTS OF DMMS Providing support for continuous media types, such as audio, video and animation.
What are benefits of distributed multimedia computing?
Distributed multimedia learning environments could allow such key learning activities to take place over a distance, as remote collaborative activity including diverse media such as shared video, drawing, and data spaces is made possible.
What are the three types of distributed systems?
Types of Distributed Systems
- Distributed Computing System: This distributed system is used in performance computation which requires high computing.
- Distributed Information System: Distributed transaction processing: It works across different servers using multiple communication models.
- Distributed Pervasive System:
What are the components of multimedia system?
There are seven elements – text, graphics, photographs, sound, animation, video and interactivity – that can be included in a multimedia presentation. A TRUE multimedia presentation combines all of these elements.
What are the four 4 characteristics of multimedia systems?
Four characteristics of multimedia systems
- Multimedia systems must be computer controlled.
- They are integrated.
- The information they handle must be represented digitally.
- The interface to the final user may permit interactivity.
What are the three main characteristics of a distributed system?
User Requirements
- Functionality.
- Reconfigurability.
- Quality of Service.
What is distributed system and different types of distributed system?
A distributed system is a computing environment in which various components are spread across multiple computers (or other computing devices) on a network. These devices split up the work, coordinating their efforts to complete the job more efficiently than if a single device had been responsible for the task.
What are the type of distributed system?
The following are some of the more commonly used architecture models in distributed computing: client-server model. peer-to-peer model. multilayered model (multi-tier architectures)
What are the types of multimedia system?
MULTIMEDIA SYSTEMS
- ANALOG SYSTEMS.
- COMPUTER-BASED MULTIMEDIA.
- TEXT PROCESSING.
- SOUND PROCESSING.
- STILL-IMAGE PROCESSING.
- FULL-MOTION VIDEO PROCESSING.
- ANIMATION AND VIRTUAL REALITY.
- SUMMARY.
What is distributed multimedia systems?
INTRODUCTION Distributed multimedia systems consist of multimedia databases, proxy and information servers, and clients, and are intended to for the distribution of multimedia content over the networks. 5.
What is distributed computing?
In Jen Lin, in Parallel Computational Fluid Dynamics 1998, 1999 Distributed computing, a method of running programs across several computers on a network, is becoming a popular way to meet the demands for higher performance in both high-performance scientific computing and more “general-purpose” applications.
What are distributed systems and how do they work?
Since distributed systems are composed of more than one computer that collaborate together, it is necessary to provide some sort of data and information exchange between them, which generally occurs through the network (Coulouris et al. [2]):
What is a Distributed Computing flow model?
The distributed-computing flow model, shown in Figure 4.30, is the most specialized of the flow models. A distributed-computing flow model can have the inverse of the characteristics of the client–server flow model, or a hybrid of peer-to-peer and client–server flow models.