The phrase "adaptable signal" is correct and usable in written English.
It can be used in contexts related to technology, communication, or systems that can adjust or change based on varying conditions or inputs.
Example: "The adaptable signal allowed the device to maintain a strong connection even in fluctuating network conditions."
Alternatives: "flexible signal" or "versatile signal".
A universal, flexible, and high-performance signal processing module based on the TMS320C6455 DSP and RapidIO interconnect were developed for a next-generation, scalable, modular, and adaptable signal-processing system such as radar jamming system.
An extremely robust and adaptable design for electrochemical signaling with molecular beacons has been developed by the Plaxco group.
The existence of fast and slowly evolving proteins in the signaling network upstream and downstream portions, respectively, suggests that proteins in the upstream portion of the signaling flow are more adaptable and could be more easily rewired to generate different combinatory regulation mechanisms for the downstream portion of the signaling flows.
The passive components can be formed into static structures and adaptable grids carrying electrical power and signals.
As adaptable organisms, plants have developed complex signaling networks to regulate biochemical and physiological acclimation [1], [2].
The emerging area of physical layer network coding (PLNC) exploits the electromagnetic nature of signals and eliminates the need for addition at the packet level, while making signal design and coding schemes adaptable to the channel conditions.
In chronologically aging yeast, the TOR and cAMP/PKA signaling pathways are the two adaptable longevity pathways that govern the life-extending effect of CR [ 5, 6, 60- 62].
However, these methods may not be readily adaptable in more turbid situations where fainter signals are attenuated and variability in intensities are high.
The adaptable prosthetic system is composed of an EMG signal controlled robot hand with an EMG pattern recognition learning function for Transradial (below elbow) prostheses.
Recently, the large size data, power and real-time processing abilities are major issues in Digital Signal Processing/multimedia applications which require an adaptable architecture.
