Two further studies have employed within-subjects designs, and avoided this problem.
Brahmagupta suggested that anyone who could solve this problem within a year earned the right to be called a mathematician.
"It is up to every one of us, civilian and soldier, general officer to private, to solve this problem within our ranks".
We present a formalization of this problem within a relational (constraint-based) framework, and devise solutions to automatically determine qualitative values for a device model.
We propose a mathematical model and an effective modified migrating birds optimization (EMBO) to solve this problem within an acceptable computational time.
Another reason I think it's important and one worry I have, not just with the level of government funding, but also its increasing emphasis on immediate translation into results, and a need to show immediately why giving David $2 million is going to solve this problem within this number of days.
In this paper we describe a simple, elegant, and systematic way for solving this problem within the context of a finite element discretization and apply our ideas to global ocean circulation simulation.
In this article, we review the path that led to the development of a knowledge system to tackle this problem within our organization and highlight the influences of existing technologies on its development.
We provide a solution to this problem within the framework of Dynamic Field Theory by proposing an architecture in which dynamic neural networks create stable states at each stage of a sequence.
"We hope to resolve this problem within the next 24 hours," a statement reads.
