The phrase "transmission latency" is correct and can be used in written English.
It refers to the delay or time lag that occurs when transmitting information or data from one device or location to another. It is most commonly used in the context of technology and communication systems, such as internet connections or mobile networks. Example: "The slow internet connection was causing significant transmission latency, making it difficult to attend the virtual meeting without interruptions."
Uniquely, it addresses multi-user collaboration and Internet transmission latency.
Data transmission latency is reduced by adopting a parallel structure for the coding/decoding circuitry.
That creates what is called transmission latency, a slight delay between the time you send a request for a Web page and the time it takes for the service to respond.
We show that the accuracy is a function of the network transmission latency, and depends linearly upon the drift rate of the clocks and the interval between synchronizations.
Then we focus on two aspects: the transmission latency of the data packets and the blocking probability, which leads to a quantitative description of the transmission latency and the size of the edge node buffer.
Many sensor applications allow transmission latency and require improved performance in energy conservation, throughput, reliability and mobility.
Currently the performance of MCC system is a subject to the lengthy network transmission latency due to the long distance between cloudlet and remote cloud.
Mobile Edge Computing MECC) or Mobile Fog Computing (MFC) can drastically reduce transmission latency by offloading the tasks onto the edge servers without transferring to remote data centers.
Optical Burst Switching (OBS) is not only cost-effective, but also provides high throughput, high bandwidth utilization, and low transmission latency.
Moreover, the enhanced CID-translated forwarding scheme outperforms the basic CID-translated forwarding scheme in terms of the system resources used and transmission latency.
By performing a series of simulations, we study the efficiency of the proposed architecture, its power and energy consumption, and the data transmission latency.
