What term describes an application of pseudocode to outline logic without concern for specific syntax?

The correct term that describes an application of pseudocode to outline logic without concern for specific syntax is algorithm design. Algorithm design involves creating a step-by-step procedure for solving a problem or achieving a specific outcome. In this context, pseudocode serves as a way to represent the logic of the algorithm in a language-agnostic format, allowing the designer to focus on the logical flow and structure of the solution rather than getting bogged down in the syntax of a specific programming language.

This approach is particularly beneficial for clarity and communication, especially when collaborating with others who may be using different programming languages or tools. By concentrating on the logical steps and the relationships between them, the algorithm can be easily translated into actual code later, when appropriate syntax can be applied.

The other terms relate to different concepts within programming and computer science but do not specifically capture the essence of outlining logic using pseudocode. Logic flow refers more to the visual representation of how a program executes its operations, control structures define specific constructs used in programming languages to manage the flow of control (like loops and conditionals), and a function outline describes a specific type of structure within code, rather than the overall design of the algorithm itself.