Analysis and Classification of Software Engineering Risks
Journal Title: International Journal for Research in Applied Science and Engineering Technology (IJRASET) - Year 2014, Vol 2, Issue 8
Abstract
Despite various methods that exist in software risk management, software projects have a high rate of failure. When complexity and size of the projects are increased, managing software development becomes more difficult. In these projects the need for more analysis and risk assessment is vital. In this paper, a classification for software risks is specified. Then relations between these risks using risk tree structure are presented. Analysis and assessment of these risks are done using probabilistic calculations. This analysis helps qualitative and quantitative assessment of risk of failure. Moreover it can help software risk management process. This classification and risk tree structure can apply to some software tools.
Authors and Affiliations
Rashmi Dhruv
Keywords
Related Articles
- EP ID EP18605
- DOI -
- Views 439
- Downloads 21
Reliability, Smart Vision and Intelligence Perspective of Robots in Social World
To justify the relationship of robots in social world depends on perception. It becomes a problem to perceive the things intelligently and control the activities according to the environment by robots. Robots need to de...
Efficient and Secure Data Transactions Using AES in P2p Storage Cloud
P2P cloud storage is usually a combination of cloud computing and peer-to-peer computing mechanism, where it can offer and provide huge computing, storage services and at the same time it lowers the economic cost of the...
Survey On Secure Routing In Wireless Sensor Networks
In future, it is likely that wireless sensor networks (WSNs) become a major technology for the sensing in different application domains. The secure routing of data through the network is one of the main challenges in WS...
Decontamination of Lead Polluted Soil Using Pseudomonas Aeruginosa Bacteria: A Biosorption Study
The Soil may become contaminated with heavy metals and metalloids accumulation due to atmospheric deposition from natural (volcanoes, earthquakes etc.) and anthropogenic (Industrial and vehicular) emissions. Soil is the...
Analysis of Multiband S-Shaped Microstrip Antenna for Wireless Communication
In this research paper a S-Shaped multi frequency antenna is designed. The S-Shaped patch is obtained from conventional rectangular patch by using a rectangular slot. The antenna is excited by the use of simple probe fe...