The phrase "abstract application" is correct and usable in written English.
It can be used in contexts related to theoretical concepts, software development, or academic discussions where the application of an idea or theory is not tied to a specific instance.
Example: "The abstract application of the theory allows researchers to explore various scenarios without being limited by practical constraints."
Alternatives: "theoretical application" or "conceptual application".
Due to its formulation in terms of abstract application programming interfaces, the LWDF methodology can be integrated with a wide variety of simulation- and implementation-oriented languages, and can be targeted across different platforms, which allows engineers to integrate dataflow modeling approaches relatively easily into existing design processes.
Platform designer needs abstract application models for defining platform computation and communication capacities.
The overall software engineering process of the Ant-App-DB is well planned, as initially the possible number of requirements were gathered and discussed, abstract application designs were architected, and mockup designs of graphical user interface (GUI) were constructed following a brain storming session by the authors and other colleagues.
We have developed several models that abstract applications as demand matrices and computer networks as supply matrices for minimizing the time to complete an application on a given computer by mapping.
Fast forward to today's world of cheap and effectively infinite storage, cloud environments that fully abstract applications from the underlying hardware and programming models that emphasize human readability and ease of interchange over performance and we have come nearly 180 degrees from those early design principles.
ABSTRACT: The application of product-life cycle assessment (LCA) in a policy context highlights the need for a distinct so-called "consequential" LCA (CLCA).
On the one hand, the system specification model should be as abstract and application oriented as possible to allow an implementation-independent exploration of system features and for a solid basis for contacts with the application-oriented customer.
The uniform interface (e.g. JPA) and query language (e.g. JPQL) allow the user to abstract his/her application software from the specific database.
Moreover, for new applications, it may take more time to develop the final executable code than to abstract the applications at the beginning of system design.
As an illustration of the abstract results, applications to limiting Sobolev embeddings are given.
Therefore, the model abstracting the application as a demand matrix and the computer as a network supply matrix can be designed with the objective function as minimum time to complete the application on the given computer.
