Home / Current Issue / Paper 1717036
Analysis of Quality Attributes in Component-Based Software Systems
Subject area: Science,Engineering and Technology · Area of research: Software Systems
DOI: https://doi.org/10.64388/IREV9I10-1717036
Abstract
Software has come an essential part of nearly every sphere, including business, healthcare, entertainment, defense, social commerce, and exploration. With the rapid-fire growth of the global software assiduity, there's an adding demand for developing high- quality software within limited time and budget. To address these challenges, element- Grounded Software Development (CBSD) has surfaced as an effective approach. CBSD focuses on reusing and conforming being software factors rather than erecting systems entirely from scrape, enabling faster development and bettered effectiveness. In CBSD, architectural design plays a pivotal part in integrating colorful factors into a complete software system. After defining the armature, conditions are anatomized to identify factors that can be directly reused. Still, reused factors may not always impeccably fit different operation surrounds, leading to comity issues. These issues are resolved through adaption ways similar as element wrapping. Depending on the nature of the element, white- box wrapping is used for in- house factors, black- box wrapping for third- party factors, and slate- box wrapping when extension mechanisms like APIs are available. The quality of third- party factors is critical, as they must be dependable, authentic, and meet stoner prospects. Instrument by independent authorities helps insure element quality through proper selection and testing processes. As software systems continue to grow in size and complexity, maintaining quality has come a major concern for software associations. Traditional software quality models may not be completely suitable for CBSD. Thus, it's important to identify applicable quality characteristics and sub-characteristics applicable to element- grounded systems, along with defining new attributes specific to CBSD. Also, element depositories are precious means in this approach. As the number of applicable factors increases, effective reclamation mechanisms come essential. Effective element reclamation not only enhances exercise but also improves overall software quality in terms of productivity, trust ability, cost, and development time.
Keywords
Component-Based Software Development, Software Quality, Reusability, Software Architecture, Component Wrapping, Component Repository, Reliability, Cost Efficiency.
References
[1] Khan K. and Han J., (2003) “A Security Characterization Framework for Trustworthy Component-Based Software Systems,” in Proceedings of the 27th m
[2] Rawashdeh A. and Matalkah B. (2006), “A New Software Quality Model for Evaluating COTS Components”, Journal of Computer Science, vol. 2, no. 4.
[3] Irshad Ahmad Mir and S.M.K Quadri(2012), “Analysis and Evaluating Security of Component-Based Software Development: A Security Metrics Framework” I J Computer Network and Information security.
[4] M. Howard and S. Lipner. (2006.) “The Security Development Lifecycle” Microsoft Press.
[5] Muhammad Tahir, Fazlullah Khan, Muhammad Babar, Fahim Arif and Shahzad Khan (2016), “Framework for Better Reusability in Component-Based Software Engineering” Journal of Applied Environmental and Biological Sciences. ISSN: 2090- 4274.
[6] John Grundy (2001), “Storage and Retrieval of Software Components using Aspects”, IEEE.
[7] C. Serban and A. Vescan (2007). “Metrics for Component-Based System Development”, Creative Mathematics and Informatics.
[8] Lei Zhang, Lichaon Chen, Lihu Pan and Yingjun Zhang (2012), “A Novel Approach of Component Retrieval in Large-Scale Component Repositories”, IEEE.
[9] Hasan Kahtan, Nordin Abu Bakar and Rosmawati Nordin (2014), “Dependability Attributes for Increased Security in CBSD” Journal of Computer Science, Issue 10 Volume 8.
[10] Soni Nikita and. Jha S. K. (2014), “Component-Based Software Development: A New Paradigm”, International Journal of Scientific Research and Education, Volume 2, Issue 6. 103
[11] Zurich ETH (2005) “A Common Criteria Based Approach for COTS Component Selection”, Chair of Software Engineering ©JOT, Special issue: 6th GPCE Young Researchers Workshop.
[12] Hasan Kahtan, Nordin Abu Bakar and Rosmawati Nordin (2014), “Awareness of Embedding Security Features into Component-Based Software Development Model: A Survey”, Journal of Computer Science, ISSN: 1549-3636.
[13] Fredriksson, J., (2008). “Improving predictability and resource utilization in component-based embedded real-time systems”, School of Innovation. Ph.D. Thesis, Mälardalen University.
[14] Cann, S., A. Rossi and P. Pilgrim, (2004). Frameworks for building componentbased applications.
[15] C. Serban and H.F. Pop (2008). “Software Quality Assessment Using a Fuzzy Clustering Approach”, Studia Universitas Babes-Bolyai, Seria Informatica.
[16] Kaur, K. P. Kaur, J. Bedi and H. Singh (2007), “Towards a suitable and systematic approach for component-based software development”, World Acad. Sci. Eng. Technol., 27.
[17] Kumari U. and S. Bhasin, (2011), “A composite complexity measure for Component-based systems”, ACM SIGSOFT Soft. Eng. Notes, 36.
How to cite this paper
@article{1717036,
author = {Chaturbhuj Gupta},
title = {Analysis of Quality Attributes in Component-Based Software Systems},
journal = {Iconic Research And Engineering Journals},
year = {2026},
volume = {9},
number = {10},
pages = {3563-3569},
issn = {2456-8880},
url = {https://www.irejournals.com/formatedpaper/1717036.pdf},
abstract = {Software has come an essential part of nearly every sphere, including business, healthcare, entertainment, defense, social commerce, and exploration. With the rapid-fire growth of the global software assiduity, there's an adding demand for developing high- quality software within limited time and budget. To address these challenges, element- Grounded Software Development (CBSD) has surfaced as an effective approach. CBSD focuses on reusing and conforming being software factors rather than erecting systems entirely from scrape, enabling faster development and bettered effectiveness. In CBSD, architectural design plays a pivotal part in integrating colorful factors into a complete software system. After defining the armature, conditions are anatomized to identify factors that can be directly reused. Still, reused factors may not always impeccably fit different operation surrounds, leading to comity issues. These issues are resolved through adaption ways similar as element wrapping. Depending on the nature of the element, white- box wrapping is used for in- house factors, black- box wrapping for third- party factors, and slate- box wrapping when extension mechanisms like APIs are available. The quality of third- party factors is critical, as they must be dependable, authentic, and meet stoner prospects. Instrument by independent authorities helps insure element quality through proper selection and testing processes. As software systems continue to grow in size and complexity, maintaining quality has come a major concern for software associations. Traditional software quality models may not be completely suitable for CBSD. Thus, it's important to identify applicable quality characteristics and sub-characteristics applicable to element- grounded systems, along with defining new attributes specific to CBSD. Also, element depositories are precious means in this approach. As the number of applicable factors increases, effective reclamation mechanisms come essential. Effective element reclamation not only enhances exercise but also improves overall software quality in terms of productivity, trust ability, cost, and development time.},
keywords = {Component-Based Software Development, Software Quality, Reusability, Software Architecture, Component Wrapping, Component Repository, Reliability, Cost Efficiency.},
month = {April},
doi = {https://doi.org/10.64388/IREV9I10-1717036}
}