This paper presents a middleware architecture based on peer-to-peer (P2P) technology components, allowing seamless integration of service functions over wireless interfaces and terminals, with a view to enable realisation of intelligent control applications for the home.
The effectiveness of deliverables is heavily affected by the end user's perception of ease of use, which is often characterized by (1) seamless links among heterogeneous components, (2) ease of moving between various functions, competency to respond to queries on product offerings, and (3) the ability to make different component parts appear similar to the user.
However, as Ginter et al. [1, p. 298] noted: "The seamless connectivity to all components of a health delivery system... (and to)... providers, employers, payors, pharmacies and regulatory agencies is a technological challenge, but the potential for cost reduction and improvement in the quality of care is significant".
Minimal conditions for interoperability are: (1) to discover and plug in proper services for integration and (2) to support for seamless data exchanges between component services.
But for all the seamless blending between their component parts, there's always a sense that there's multiple voices fighting to the forefront of each piece, a playful sort of one-upmanship that drives their ascendant pieces toward the heavens.
This is widely attributed to their seamless integration with many everyday components and efficiency in handling business and personal tasks.
What is missing is a well-architected system extending functionality of the cloud and providing seamless interplay among the heterogeneous components closer to the edge in the IoT space.
I was also quickly drawn into the luminous, dazzling harmonic world of pianist Bill Evans – recordings such as Live in Montreux, which features a glorious version of Gershwin's Embraceable You, where the bass takes fragments of the melody and slowly and subtly forms and weaves a line out of an array of musical components to create seamless linear continuity.
As such, the site represents a near seamless integration of all the components of pandemic informatics.
What's missing is the ability to connect these components in a seamless continuum of information, communication, and computing that isn't bounded by device or location.
Given sufficient knowledge of the service schemas, it is technically possible to automate workflow construction and provide seamless integration of web service components to fulfil a greater overarching task.
