Main trial results indicated that the intensive theory-based behavioural intervention was no more effective than the theory-based brief advice leaflet alone in increasing objectively measured physical activity levels at one year [ 30].
Therefore, 365 individuals aged 30-50 years and reporting low levels of activity were randomly assigned to one of three interventions: (i) a theory-based leaflet with brief advice; (ii) the leaflet plus an intensive theory-based behaviour change programme delivered at participants' homes; or (iii) the leaflet plus the same intervention programme delivered by telephone.
As stress responses may be particularly resource-intensive, this theory predicts that these responses will only be activated to the degree that will optimize an organism's reproductive fitness.
Recently, fractional differential equations have been of great interest due to the intensive development of theory of itself and its applications (see [5 10]).
Through the Lyapunov stability theory, intensive stochastic analysis along with LMI methods, sufficient conditions are set up for the desired stochastic stability and H∞ disturbance attenuation, and the proposed non-fragile filtering problem is converted into solving a convex optimization problem by the semidefinite programming technique.
There may have been limited scope for additional benefit among ADDITION-Plus patients, who were already receiving intensive treatment, including theory-based educational materials and lifestyle advice on all the target behaviours by the primary care team.
In the middle of an intensely materialist decade, when theory-intensive "commodity art" reigned, it produced an exhibition titled "The Spiritual in Art: Abstract Painting 1890-1985".
Fourth-order elliptic equations have become a very important and useful area of mathematics over the last few decades, which is caused both by the intensive development of the theory of partial differential equations and their applications in various fields of physics and engineering such as theory of elasticity, micro-electro-mechanical systems, bi-harmonic systems, and so on.
However, it demands comprehensive physics theory and intensive computation to build physical models of high-fidelity.
This is due to the intensive development of the theory of fractional calculus itself as well as its applications.
