Measuring Extent of Reliability of Deadly Covid - 2019 Using Goel-Okumoto SRGM
Journal: International Journal of Mechanical and Production Engineering Research and Development (IJMPERD ) (Vol.10, No. 3)Publication Date: 2020-06-30
Authors : Viresh Sharma; Divya Dhyani;
Page : 3233-3238
Keywords : COVID - 19; Reliability; SARS; CoV-2; SRGM; Exponential Distribution;
Abstract
COVID- 2019, A pandemic, a deadly disease, a monster and many more terms define this virus that outbreak globally in the past 3 months. It has lightened up a bizarre wave of medical as well as technical research to seek the track of its cause, spread, effects and cure. The word corona can be rerated to mathematics too. In mathematics, the corona theorem is a result of the spectrum of the bounded holomorphic functions on the open unit disc, conjectured by Kakutani (1941) and proved by Lennart Carleson (1962), whereas medically speaking it is analysed as the SARS and CoV-2 virus combined causing COVID – 19.In this research paper, an attempt has been done to find out the extent of reliability of COVID – 19 using Goel-Okumoto Software Reliability Growth Model (SRGM) to the extent the dataset is available. Since COVID – 19 is spreading at an exponential rate, so Goel-Okumoto SRGM is used since it uses exponential distribution method to find out the dreadfulness of the disease.
Other Latest Articles
- Reflection of Ethnic Voice in the Fictional World of Yeshe Dorjee Thongchi: A Critical Study of Thongchi’s Selective Novels
- An Approach to Self-Shielding Systems of Radiotherapy
- Planning Participatory Communication Interventions for Sustaining Women’s Collectives (Shgs): Field Evidence from India
- Demographic Implications on Employee Commitment: An Empirical Study on it Employees
- Treatment of Tannery Effluvium by using Radiant-Fenton Oxidation Reactor
Last modified: 2021-01-06 14:16:35