Respuesta :
The quantity of work a computer system completes is referred to as performance. When referring to computer performance, the question "How well is the computer carrying out the work it is meant to do?" is used. It is based on a computer system's reaction time, throughput, and processing time.
A solution will be created, developed, and continuously supported to fulfill the performance requirements specified for the solution through the use of a set of roles, skills, actions, practices, tools, and outputs referred to as engineering within systems engineering.
Trade-offs between different types of performance are a constant concern for performance engineering. There are times when a CPU designer can increase just one of the performance factors listed below without affecting the CPU's performance in other areas, producing a CPU with higher overall performance. Creating the CPU with quicker, better transistors, for instance.
To address the difficulties with application performance in progressively dispersed mobile, cloud, and terrestrial IT settings, Application Performance Engineering (APE) is a prominent one within performance engineering. It consists of the roles, abilities, tasks, routines, methods, resources, and outputs used at each stage of the application lifecycle to guarantee that an application will be created, put into use, and operationally supported to satisfy non-functional performance requirements.
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