Skip to main content

Show the relation between software and quality.

 .

Software and quality are strongly related because the quality of software can be have a significant impact on its usability, reliability and maintainability. Quality software is software that meets or exceeds the user's requirements and expectations is reliable and can be maintained easily. On the other hand, poor quality software can result in user frustration, lost productivity and increased costs due to the need for network or additional support.

Software quality is typically evaluated based on several factors including:
  1. Functionality: Does the software system provide the functionality that the user requires?
  2. Reliability: Is the software system reliable and does it perform as expected in all situations?
  3. Usability: Is the software system easy to use and understand and does it provide a good user experience?
  4. Efficiency: Does the software system perform efficiently, with minimal resource usage and processing time?
  5. Maintainability: Is the software system easy to maintain and modify and can it be adapted to changing user requirements?
  6. Portability: Can the software system be easily ported to different environments or platforms?

To ensure high-quality software, software development teams use various quality assurance and testing techniques, including unit testing, integration testing, system testing and acceptance testing. Additionally, quality management practices, such as continuous integration and continuous delivery, can help ensure that software systems are tested and validated at every stage of the development process.

Ultimately, the quality of software is critical to its success in meeting the needs of the end-users and stakeholders and high-quality software can provide significant benefits in terms of productivity, efficiency and user satisfaction.

Comments

Post a Comment

Popular posts from this blog

Important Questions of Data Structure and Algorithm (DSA)

 . 1. What is Data structure? Explain different operations to be performed on data structure. 2. Define stack as ADT. Convert P+Q-(R*S/T+U) - V*W into infix expression to postfix. 3. Define Queue. Explain its type with example. 4.  Difference between stack and Queue. 5. Difference between Linear Queue and circular Queue. 6. Write an algorithm to enqueue and dequeue data element in a circular queue.                              7. Define Linked List. Explain its type. How does double linked List is different from circular linked   List. 8. What is recursion and recursive function? write a recursive function to compute Fibonacci number. 9. What is an AVL tree ? Create an  AVL tree from the following data:      18, 12, 14, 8, 85, 25, 31, 24, 27 10. Define B-tree? How to insertion and deletions of elements can be done in a B-tree. 11. Create an B-tree from the following Data:  ...
Post a Comment
Read more

BCA Math II old question model solution

 . BCA Math II question model 2018: BCA Math II question model 2019: BCA Math II question model 2020:
Post a Comment
Read more

Define LAN and WAN

 . Local Area Network (LAN)  A LAN is a network that is used for communicating among computer devices, usually within an office building or home.   LAN’s enable the sharing of resources such as files or hardware devices that may be needed by multiple users • • Is limited in size, typically spanning a few hundred meters, and no more than a mile.  Is fast, with speeds from 10 Mbps to 10 Gbps.  Requires little wiring, typically a single cable connecting to each device.  Has lower cost compared to MAN’s or WAN’s.  LAN’s can be either wired or wireless. Twisted pair, coax or fiber optic cable can be used in wired LAN’s. Advantages of LAN :    The data is transferred at an extremely faster rate in local Area Network.  Local area network (LAN) provides higher security. Disadvantages of LAN :   Initial cost of installing local area network is quite high.  Unauthorized user can access critical data of an organization in case LAN ad...
Post a Comment
Read more