The phrase "a suitable path for" is correct and usable in written English.
It can be used when discussing an appropriate course of action or direction for a particular purpose or goal.
Example: "We need to identify a suitable path for our project to ensure its success."
Alternatives: "an appropriate route for" or "a fitting course for".
We provide a detailed analysis of the delay in a NoC using worm-hole flow control and an algorithm that, given the state of the NoC and a request to route a new real-time flow, establishes a suitable path for the route, if one exists, or rejects the request.
This scheme only suggests a suitable path for the new RSs and it does not consider the mobile environment for the MSs.
In September 1859, Palliser traveled into the Kootenay River valley to find a suitable path for a trade route and possibly a railroad.
Moreover, (T t)=frac{1}{2pi i}int_{c} e^{lambda t}R lambda,A), dlambda) with c being a suitable path (lambdanotinmu+S_{theta}) for (lambdain c).
Depending on the longest duration of communication lifetime, intra-vehicular distance, and destination vehicles' position data, a suitable path is chosen for data routing.
Here C is a suitable path satisfying (lambda^{alpha}notinmu+ S_{theta}) for some (lambdain C).
When searching for a suitable path P ij that can explain a certain edge i → j, one may restrict the search on paths involving not more edges than a predefined number L. In this way one would manifest the expectation that observed indirect effects can be traced back to short paths.
Misra et al. [13] used an ACO-based framework [14, 15] for finding out the suitable path for routing packets.
The foragers perceive the network state and evaluate the different routes in WSN according to the measured indicators, and then choose the suitable path for routing data packets with the intent to maximize the survival time of the network [37 45].
Efficient photoconductivity requires not only efficient charge separation but also efficient transport of the carriers to the electrodes without recombination, in that sense, the morphology of nanocomposite being crucial in providing suitable paths for both electron and hole towards the appropriate electrode [7].
Increase in the thickness of nitrided layer can be attributed to the increase of crystalline defect density such as grain boundaries, mechanical twins, martensitic interfaces, and high-strained crystalline lattice, which are suitable paths for the rapid diffusion of nitrogen [8, 26, 27].
