The phrase "mobile multimedia services" is correct and usable in written English.
You can use it to refer to wireless multimedia services such as streaming media, messaging, or telecommunication services that are provided through mobile networks. For example: "The telecom company offers the latest mobile multimedia services for its customers."
This paper presents a distributed architecture for the provision of seamless and responsive mobile multimedia services.
To support mobile multimedia services, this work is the first result to combine session initiation protocol (SIP) into the integrated MIP6-MANET system.
Due to the introduction of smart phones and the large amount of available applications customers are starting to use their mobile phones for several purposes including mobile multimedia services.
In this article, we review user information technology acceptance literature, formulate a model of consumer adoption of third generation mobile multimedia services, validate it through a qualitative exploratory study comprising 24 focus groups in six markets, and empirically test the proposed model on the Italian market.
In particular, as mobile multimedia services are usually implemented using the UDP protocol, our architecture enables the transmission of each UDP datagram through the "most suitable" (e.g. most responsive, least loaded) NIC among those available at the time a datagram is transmitted.
User demand for mobile multimedia services has exploded.
Besides, dynamic adjustable multimedia streaming (DAMS) algorithm within mobile multimedia service is also schemed in this paper to deliver multimedia content over cloud network immediately, decrease the loading of content storage servers substantially and reduce power consumption of mobile devices effectively.
Providing mobile multimedia transmission services with an adequate QoS is very challenging.
The improving map that reduces task scheduling and micro-partitioning mechanism was proposed by the authors of article [14] for mobile cloud multimedia services.
Most of the innovation applications in vehicular networks such as mobile television, multimedia services, or security applications require high throughput and/or low delay.
Cooperative control of mobile multimedia crowd service was discussed in Section 3.
