The phrase "adjusting transmission" is correct and usable in written English.
It can be used in contexts related to modifying or fine-tuning the transmission system of a vehicle or communication device.
Example: "The mechanic is adjusting the transmission to ensure smoother gear shifts."
Alternatives: "tuning transmission" or "modifying transmission".
A fault-tolerant topology is constructed by adjusting transmission power of a node.
To avoid the saturation problem, we obtained a formula for adjusting transmission power for an estimation procedure.
Adjusting transmission power according to the proposed mechanism enables the packets to arrive at the sink node, but reduces the power consumption by almost half.
In order to solve the bias (saturation) problem in IIP3 estimation, we obtained a formula for adjusting transmission power to a RF front-end.
For simplicity, we choose contention window (i.e., properly estimating the number of competing nodes) as tuning parameter for adjusting transmission probability of a node.
The Feedback Based Power Control FBPCC) scheme [7] considers the problem of adjusting transmission power for vehicle-to-vehicle broadcast safety communication in vehicular ad hoc networks.
Based on the number of actual interference sources, their location distributions and transmission powers, we should adjust transmission power of this WiFi link to ensure link throughput, and the adjusted transmission power becomes the regulation basis of transmission power of other WiFi links, which is a significant way to improve cellular throughput.
Like the original TCP, it is a decentralised system: each computer monitors the responses to sent packets in order to adjust transmission speed in the face of varying levels of congestion.
Each terminal autonomously adjust transmission power in order to maximize the network utility, in a dynamic delay-sensitive environment.
Noticing that some commercial sensors like Mote can adjust transmission power by selecting a radio mode from a set of pre-defined levels, we designed new experiments to evaluate the discrete transmission energy consumption model.
Facing with the above challenges, cognitive radio has emerged as a potential technology which enables radio devices to monitor the radio environment and dynamically adjust transmission parameters according to the sensing result.
