The phrase "a path corresponding to" is correct and usable in written English.
It can be used when discussing a relationship or alignment between two concepts, objects, or processes, indicating that one is related to or matches the other.
Example: "The research identified a path corresponding to the theoretical model proposed earlier in the study."
Alternatives: "a route aligned with" or "a pathway related to".
The stirring of a body of viscous fluid using multiple stirring rods is known to be particularly effective when the rods trace out a path corresponding to a nontrivial mathematical braid.
Viterbi [6] and Forney [11] showed that the min-sum algorithm can be used by constructing a trellis and tracing a path, corresponding to the most likely transmitted symbol/codeword sequence through the trellis.
The aim is for the e-graph to contain a path corresponding to the true sequence, ideally terminating close to the end of the desired chromosome, and for this path to be identifiable as the best.
Nevertheless, root GO terms will be accepted when no annotation is available for a given gene or if the available annotation follows a different path corresponding to a different root GO term in the GO term graph.
The first block, which is based on local distributed controllers, guarantees that the centroid of the three-dimensional formation asymptotically follows a desired path corresponding to the desired formation trajectory.
In our MIMO-OFDM MSS case, the measured C max≈ 13.0 bps/Hz which is the same as the theoretical maximum LOS-MIMO capacity C max=13.0 bps/Hz that was achieved at a LOS path corresponding to the theoretical D opt=13.1 m, which satisfies (9) for fixed f=920 MHz, s 1=2 m, s 2=1 m, θ=0, and r=0.
A consequence is that the task has a solution for A,B iff for any two vertices of G there is an odd length path, corresponding to a path in (tilde {G}) alternating vertices with id A and B. Notice that the formal specification of the edge covering problem as a triple (langle tilde {I},tilde {G},tilde {Delta }rangle ), depends on the number of robots, and indeed we defined it above for A,B.
The, and algorithms are executed at every fourth point of each mobility path, corresponding to a transmitted attack signal at every 100 meters.
Assume that a starting point ( x 0, s 0 ) in a certain neighborhood of the central path corresponding to μ = 1 is available.
This enables the upstream nodes to update their routing tables with the new path corresponding to the "link" failure.
Then an ESPRIT-like shift-invariance technique is used to estimate the angles and delays of all paths corresponding to each user.
