The phrase "approaches for sensing" is correct and usable in written English.
It can be used when discussing methods or techniques related to detection or measurement in various contexts, such as technology, science, or research.
Example: "The study explores various approaches for sensing environmental changes in real-time."
Alternatives: "methods for detection" or "techniques for measurement".
Advances in technology have enabled new approaches for sensing the environment and collecting data about the world.
Traditional signal processing approaches for sensing and processing of information have relied on the Shannon sampling theorem, which states that a bandlimited signal x t) can be reconstructed from uniform samples {x kT s )}: x ( t ) = ∑ k x ( k T s ) sin ( Ω max ( t - k T s ) / π ) Ω max ( t - k T s ) / π (1).
Recent efforts in the areas of cell-free approaches for sensing, regulation, and metabolic pathway implementation, as well as for preserving and deploying cell-free expression components, embody key steps towards realizing the potential of cell-free systems for environmental sensing and remediation.
A facile fluorescence "on-off-on" approach for sensing 6-Thioguanine (6-TG) and Hg2+ was designed based on g-C3N4 nanosheets.
This paper will describe an IC architecture and the related design approach to implement an electrochemical impedance spectroscopy (EIS) technique for CTD sensing and will propose a general approach for sensing complex impedance with low power consumption and high precision.
Although direct estimation of the coherence time might seem to be the best approach for sensing a time varying field, we note that it is not directly related to our end goal of target detection in the field.
In this paper, the piezoresistive property of cementitious materials is proposed as a novel approach for sensing strain and cracking in PVA ECC by utilization of their electrical resistance.
The developed CAs containing two Gd-chelates exhibit a high value of r1 (up to 34.2 mM–1 s–1 per molecule at 0.5 T) upon activation, and also show high specificity and sensitivity to biothiols with MR detection, indicating a feasible approach for sensing a reducing environment.
The sensitivity to the dielectrics′ permittivity is larger for dielectrics of low ε values, which makes the approach suitable for sensing organic materials also in the THz regime.
Numerical results demonstrate that our CS scheme achieves significant energy and bandwidth savings with respect to state-of-the-art approaches when employed for sensing a spatially sparse field by means of a WSN.
A similar approach was used for sensing platelet-derived growth factor by other authors [ 91– 91].
