The phrase "achievable service" is correct and usable in written English.
It can be used when discussing a service that can realistically be accomplished or delivered within certain constraints or conditions.
Example: "Our goal is to provide an achievable service that meets the needs of our clients without overpromising."
Alternatives: "feasible service" or "attainable service."
Nonetheless, robust captivity is still achievable when service quality, breadth of offering, the verification of nuanced counterparty credentials, and/or integrating critical data seamlessly into buying processes are central to the ultimate decision to transact.
Third, we examine the realistic patient outcomes that are now achievable with service reorganisation in combination with current optimal surgical and adjuvant strategies.
This study explored the views of CSPs (both Aboriginal and non-Aboriginal) on communication and compares the findings with those of Aboriginal patients with a view to identifying possible solutions which are sensitive to the needs of Aboriginal people as well as feasible and achievable by the service providers within their services.
As Leatherman points out, QI can serve to decrease the "gap between actual and achievable practice" for service delivery and to enhance "individual performance, satisfaction and retention" for health workers [ 6].
In a grid computing environment, it is important to be capable of agilely quantifying the quality of service achievable by each alternative composition of resources.
"With Square, Whole Foods Market will enable commerce in more parts of their stores with easy, accessible tools that showcase the best of what's achievable in the service of retailers and customers".
The proposed handoff mechanism performs Transient Frame Capture (TFC) to estimate the neighbor AP's bandwidth capacity and achievable throughput without service degradation of the active connection through the current associated AP.
Evaluation of web server QoS performance generally focuses on achievable delay of service or response time for a request-based type of workload as a function of a traffic load.
In order to estimate bandwidth requirement of video flows, we need to appropriately evaluate the achievable quality of service (QoS) with a given bandwidth from the two-hop vehicular network.
It is technically achievable, acceptable to service providers [ 5, 14- 16], referring clinicians and patients and the unit cost per investigation is comparable in both the traditional and teleneurophysiology mode of service delivery [ 5].
In this paper, we identify the main considerations and challenges for cloud-based vehicular networks regarding multimedia services identified and propose potential research directions to make multimedia services achievable.
