The phrase "activity paths" is correct and usable in written English.
It can be used in contexts related to project management, workflow design, or any scenario where specific routes or sequences of tasks are being discussed.
Example: "In our project management software, we can visualize the activity paths to ensure that all tasks are completed in the correct order."
Alternatives: "task sequences" or "workflow routes".
The corresponding rules' actions help personalize the environment by showing or hiding resources, reorienting activity paths, proposing additional elements or pointing toward relevant peers.
We collected detailed activity paths of urban youth to investigate the dynamic interplay between their lived experiences, time spent in different environments, and risk of violent assault.
We mapped activity paths of 10- to 24-year-olds, including 143 assault patients shot with a firearm, 206 assault patients injured with other types of weapons, and 283 community controls, creating a step-by-step mapped record of how, when, where, and with whom they spent time over a full day from waking up until going to bed or being assaulted.
Ultimately it was the activity path data that we used to derive the effect estimates and there are indications those data are valid.
Also, face validity of the activity path data is evidenced by the figures of subjects' activities by hour of day, indicating that by age group, the things that subjects reported doing made sense with respect to time of day.
By appending these data of the environment to the activity path data by latitude and longitude coordinates of subjects' activities, we derived estimates, with high geographic and temporal specificity, of the exposure history experienced by each subject over their daily activities.
Note that whereas some studies enroll deceased cases and interview a family member proxy, we believe that approach was not valid for collecting the detailed activity path data that we sought and that enabled the novel insights that we have reported here.
The analysis of these data used conditional logistic regression with robust standard errors and entailed comparing each case subject's exposure status at the time they were assaulted (i.e., during the last 10 minutes of their activity path) to their own level of exposure at each point (i.e., during each 10- minute interval) earlier in the day.
For each case subject, we identified whether the case was coded yes or no on each dichotomous (binary) variable at each point of their activity path, and from that value we subtracted the mean of the values on that variable that were observed among controls at the same time of day.
For the continuous environmental variables, we identified the case subject's level of exposure to each environmental variable at each point of their activity path, and from that value we subtracted the mean of the time-specific values that we had calculated on that variable among controls at that time of day.
In this article we have provided a systematic framework of bursting activity, located paths for bursting in parameter space and identified novel paths for c4s, c8b, c11s, c14b, c14s, c12s, c15s, c1b, c5b, c6b and c13b for hysteresis-loop and all the missing classes for slow-wave (excluding those for which there is already an hysteresis-loop path, they are c7, c8, c9 and c13).
