This paper presents a design methodology for a class of behaviour-based control systems, arguing its potential for application to safety critical systems.
In contrast to this, the other terms refer to a class of behaviours in which tools are directed at objects that are not the agent's ultimate goal (normally food), but which have a role in achieving the ultimate goal for example, when a tool is used to retrieve another tool.
However, considering measurement issues (e.g. response bias increasing with age) and the versatile nature of sedentary behaviour as a distinct class of behaviours, future studies must identify target groups depending on their dominant sedentary behaviour instead of overall sitting time.
When the operation is instigated, several classes of behaviour will be investigated, depending on the nature of the template fragment and the subject.
The cut-off points for the three classes of behaviour are reciprocal social interaction 10, communication 8, and stereotyped behaviours 3, respectively.
The prevalence of different classes of behaviour was very similar for the smaller complete case samples.
We have found that changing patterns of drinking frequency and typical consumption between 13 and 15 can each be adequately summarized by three classes of behaviour.
The resulting ethogram included the following eight classes of behaviour: location in the run, body position, facial expression, vocalization, tail position, self-care, motor activity and dog interaction.
It will also be influenced by the mode of operation where certain classes of behaviour will have an impact on the vulnerabilities of the system and the strategies that can be used.
Logistic regression could not be used to compare body pattern choices among CO2 treatments, because there were more than 2 classes of behaviour in this analysis; therefore, a Fisher's Exact test was used for this comparison.
