This paper proposes a scheme to extend component models such that all component interfaces provide a compact semantic description of the functionality that they offer.
A promising approach to solve this problem is based on an adaptation methodology relying on extending component interfaces with protocol information which describes their interaction behaviour, and using a high-level notation to express the intended connection between component interfaces.
Table 1 XML elements and attributes of TAL Language Element Attribute Element's content tal id (template | importBase)+ importBase documentURI, alias template id, extends (component | interface | relation | assert | report | warning | link)* component id, selects, (property-name)* (component | interface)* interface id, selects, componente, interface Cdata = mapping specification (forEach)?
A more distributed computational ecosystem may be better served by web services, potentially extending component execution, not just reporting, to any machine connected to the Web.
VPM allows a reuser or application engineer to extend components at pre-specified variation points.
Allowing the reuser or application engineer to extend components at pre-specified variation points creates a more flexible set of components.
The architecture of current devices is extended by component to integrate these additional functions.
The exclusion criteria comprised of the following: multicentric disease, extended intraductal component (EIC > 25%), Paget's disease, lobular adenocarcinoma, distant metastases.
T, tumor size; N, axillary lymph nodes; G, tumor grade; ER, estrogen receptors; PgR, progesterone receptors; KI67, proliferative index; C, central; is, extended intraductal component associated; LI, lower inner; PVI, perivascular invasion; S, superior; sn, sentinel node; UO, upper outer.
Sagittal malpositioning of the femoral component has also been linked to inferior survival, as Kim et al. (2014) showed a 3.3% failure rate in knees with femoral implant flexed > 3° compared to failure rates of 0%and0.9%9% in neutrally aligned femoral components (0 3° flexion) and extended femoral components (> 1° extension), respectively.
