Question

what is a scheduling technique used to achieve an optimum, one-to-one matching of tasks and resources?

Answer 1

The scheduling technique used to achieve an optimum, one-to-one matching of tasks and resources is called resource allocation.

Step-by-step explanation:

The scheduling technique used to achieve an optimum, one-to-one matching of tasks and resources is called resource allocation. Resource allocation involves assigning the available resources to the tasks in a way that maximizes efficiency and minimizes conflicts or bottlenecks.

For example, in a manufacturing setting, resource allocation could involve assigning specific machines and workers to different tasks to optimize production and minimize idle time.

Other scheduling techniques that may be used include the critical path method (CPM) and project network diagram, which help in identifying the most efficient sequence of tasks and allocating resources accordingly.

Answer 2

The scheduling technique used to achieve an optimum, one-to-one matching of tasks and resources is called Critical Path Method (CPM). It helps determine the most efficient sequence of activities and the shortest time required to complete a project.

Step-by-step explanation:

The scheduling technique used to achieve an optimum, one-to-one matching of tasks and resources is called Critical Path Method (CPM). CPM is a project management method that helps in determining the most efficient sequence of activities and the shortest time required to complete a project. It involves identifying the tasks, estimating their durations, and determining their dependencies to create a schedule.

For example, imagine a construction project where multiple tasks need to be completed, such as excavation, foundation laying, framing, electrical work, plumbing, and finishing. CPM can help determine the most critical tasks and the order in which they should be done to minimize the overall project duration.

By using the CPM technique, project managers can optimize resource allocation, minimize delays, and ensure tasks are completed in the most efficient manner.