'smooth sequence' is a correct and usable phrase in written English.
You can use it when referring to a process that goes according to plan or is completed without any major obstacles. For example, "We were able to finish the project with a smooth sequence of tasks and timeline."
High scores are won by chaining tricks and grinds together, by moving through a level in a smooth sequence before sticking the final landing.
These variables include stride length, trunk angle, elbow angle and height of elbow above shoulder, the timing of the actions (e.g., Did the players stride? Did hip rotation and shoulder rotation follow a smooth sequence?) and so on.
The entries have the form of smooth sequences that increase to infinity multiplied by proper periodic sequences.
It can improve the estimation accuracy of violent motion sequences with a little sacrifice of computational complexity, while reducing the computational cost greatly when dealing with smooth sequences at the premise of high estimation accuracy.
Besides, for these smooth sequences, the motion vectors are in the vicinity of the origin, which provides a great possibility of finding the best matching motion vector and satisfying the stop criteria very quickly.
The proposed MABCA can provide significant improvement of the estimation accuracy especially for the sequences with violent motion, such as "Bus.cif" (4.3 dB better than SES), and adaptively adjust its computational cost according to different sequence features especially when dealing with smooth sequences, such as most of the QCIF sequences.
First, "the learning plan was smooth, sequenced, and logical" (Question 1).
More specifically, student responses to the first evaluated survey question, "The learning plan was smooth, sequenced, and logical", revealed that a significant proportion of students had positive perceptions regarding the sequence and logical order of the course components, which included the research presentations.
The smoothed sequence read profile is constructed as a superposition of all such Gaussians.
For small and sparse sequences, one needs first to smooth the sequence to avoid the product X(i) · X(i + x) to be mostly equal to 0. We call X ˜ this smoothed sequence and further suppose X ˜ to represent the best smoothing procedure for highlighting the periodic trend.
Nevertheless, averaging over all 74 proteins, including these anomalies, the smoothest sequence selection improved the smoothing function by 12.6%; it increased the traditional clustering z-score by 12.9%, and it raised the overlap z-scores by 8.6%.
