What is trade-off in system design?

Design trade-offs involve not only the software itself but also the process of developing it. System designer must determine the relative importance of the various criteria as a guide to making design trade-offs. Design trade-offs affect entire character of the system. Setting trade-offs priorities is at best vague.

What are trade-offs when designing products?

Product tradeoffs are making decisions based on what is needed, what can be done now, and where to make the most impact in order to meet present and future goals.

What determines computer architecture?

The architecture is the programmer’s view of a computer. It is defined by the instruction set (language) and operand locations (registers and memory). Many different architectures exist, such as ARM, x86, MIPS, SPARC, and PowerPC. The first step in understanding any computer architecture is to learn its language.

What are trade-off decisions?

A trade-off (or tradeoff) is a situational decision that involves diminishing or losing one quality, quantity, or property of a set or design in return for gains in other aspects.

What is the purpose of architecture trade-off analysis?

The Architecture Tradeoff Analysis Method (ATAM) is a method for evaluating software architectures relative to quality attribute goals. ATAM evaluations expose architectural risks that potentially inhibit the achievement of an organization’s business goals.

What factors must be trade-off by product development before introducing a new product?

Low unit volumes, meaning development time is the main cost over the product lifetime. High complexity of the software vs. the hardware. Market product price insensitivity.

What is an example of a trade-off?

In economics, a trade-off is defined as an “opportunity cost.” For example, you might take a day off work to go to a concert, gaining the opportunity of seeing your favorite band, while losing a day’s wages as the cost for that opportunity.

What are the CPU architectures?

There are two primary processor architectures used in today’s environments: 32-bit (x86) and 64-bit (x86-64, IA64, and AMD64). These architectures differ in the datapath width, integer size, and memory address width that the processor is able to work with.