Assignment 1

Conformity to human constructs is an essential aspect of software. As with anything constructed by and for human use, we wish to understand and use it easily. Software, above all else, is incredibly easy to change. These means that, unlike a physical structure that naturally degrades, software only changes when it is purposefully changed by a human actor. As such, it can be easily changed, either during creation, or maintenance, to reflect human constructs meant to contain and help understand it as a grows in complexity. Software is made to be used by some human or computer actor. These requires it to conform not only to a thing we can understand, but also to something that is known in how it will react to, communicate with, and handle data

I aim to evaluate the question of whether or not I would design the software in relation to each of the five principles.

Specialty software operates the same as other software, but is tailor to a specially job or task. Many jobs require specially software to perform their duties like, engineers uses computer-aided design (CAD) for process of design and design-documentation. Project mangers use specially software to estimation and planning, scheduling, cost control and budget management, resource allocation, collaboration software, communication, quality management and documentation or administration systems, which are used to deal with the complexity of large projects.( Young-Hoon Kwak)

Please answer all questions, meeting the minimum word count. Do not copy and paste anything, all words need to be typed by your own fingers.

Note: Based on the grade provided from the previous deliverable, there were no issues brought up for our initial list of functional & non-functional requirements. Consequently, the amount of changes put into place were not as heavy, as a majority of what we listed we found to be integral to implement for the final version to be delivered. Nonetheless, we present the “changelog” that reflects these minimal changes.

The third phase of the system development process is the programming phase. During this stage system specifications that were prepared during the design stage are translated into software program code (Laudon, & Laudon, 2016). The business user plays a vital role in this stage because it is in this stage that the software will be either developed or purchased from an outside vendor (Hsu, Lin, Zheng Hung, 2011). Ensuring that the software aligns with the new requirements is vital to the long term success of the information system.

A Software Requirements Specification (SRS) is a complete description of the behavior of the system to be developed. It includes the functional and nonfunctional requirement for the software to be developed. The functional requirement includes what the software should do and non functional requirement include the constraint on the design or implementation of the system. Requirements must be measurable, testable, related to identified needs or opportunities, and defined to a level of detail sufficient for system design.

That is why it is important to involve the user when determining the requirements for the system. The more closely a software product meets its specified requirements, and those requirements meet the

As I mentioned in my summer report, I am working in the Advance digital R&D Department. I continued my FALL term on the same team of Mcknly61 Memory Controller. Previously I have written a script for Register value calculation for DDR3 and LPDDR4 memory models. I have extended this python script to calculate the register values for DDR4, LPDDR2, and LPDDR3. During this script development, I learned specifications related to DDR3 and LPDDR4, with which I am able to use those concepts in any of design involving that kind of memories.

The technological development and the amazing progress of computer science, helped to the launch of a fascinating tool that enables businesses to improve their daily performance in several sectors, this tool is the computer software. Since the entry of the software among the business market, the Computer Software Industry has continued to grow and expand. According to Yahoo Finance, it is considered as one of the most innovative industries and develops rapidly with a total annual income of $ 150 Billion per year. Among this industry, we could easily recognize giants brand names such as : IBM, Apple, Microsoft, Oracle, Adobe... Each one of them promotes different types of software ranging from personal computer applications, to operating systems, network management tools, enterprise software, software applications, operating systems, and customized software.

Development Process Requirements Quality Attributes Runtime QA Non-runtime QA Requirements Analysis: Example Architectural Analysis & Design Architectural Views

Requirements are the necessities that must be fulfilled or satisfied. In order to produce a high quality and efficient system, a set of requirements must be followed. There are two main sets of requirements which are functional and non-functional requirements and both are dissimilar. Functional requirements can be defined as the requirements that deal with what the system should do or provide for the users. For example, the website should display the company’s logo. On the other hand, non-functional requirements specifies how the system should behave. For example, levels of required service such as response times, security and access requirements and required interfacing with users. Studies indicate that IT projects fail because of the failure of determining of system requirements. It is a vital stage in any software development process because in doing so, you will be able to make sure that your system will do what it is supposed to do and in the way the client and or user wants it to.

Discuss the product hierarchy, Need family, product family, product class, product line, product type, item.

The rest of this paper is organized in the following way. Section 2 determines the place of usability among other software quality characteristics. The usability evaluation approaches are considered

The attributes of design quality are Architectural completeness, Component integrity, Complication of procedural design, Interface elaboration, Layout relevancy and Patterns