Sentence examples for diversity of problems from inspiring English sources
It's easier to point to one simplistic solution than to assess the diversity of problems women face, and to recognize that "womanhood" is not a singular experience.
Managers have more and more to tackle a diversity of problems in a rigorous and transparent way.
At one stroke, it resolved a diversity of problems and awakened an appreciation of the rational structure and processes of the physical world.
On the other hand, PSO is more appropriate in accelerating the best solutions and also the diversity of problems to be resolved.
Batch processes are fundamentally different from continuous chemical processes in both their design and operations, which pose a diversity of problems to system engineering and process control.
Many of the topics chosen have an important practical impact, but the main reason for their selection has been the diversity of problems and methods.
This material involves role-plays among a diverse group of players that encourage inclusion of a broader scope of social-identity differences such as diversity of problem-solving styles and emotional intelligence differences.
The proliferation of information technologies and the diversity of problem domains that heavily rely on software tool applications promote computer-supported cooperative work as a challenging discipline that drives the development process of contemporary and future engineering methods, standards, and tools.
DARPA Director Regina Dugan adds "The DARPA Shredder Challenge underscores the value of increasing the number and diversity of problem solvers.
In order to better understand student thinking about evolution, which is prerequisite to designing effective instructional interventions and assessments (National Research Council 2001), further problem solving research is needed on a diversity of problem types that we did not attempt to investigate.
GA can also be used to solve a diversity of optimization problems that are not well-suited for standard optimization algorithms, including problems in which the objective function is discontinuous, non-differentiable, stochastic, or highly nonlinear (Goldberg, 1989).
