Theenterprises follow Agile Software Development methodology to because business requirements changes frequently. InAgile Software Developmentmethodology, it is essential to continuously integrate the component into a main trunk of a project to test the new component of the system. Then test all the component of the project; this happens frequently so it needs to streamlineprocesses to orchestrate the tests. So it is difficult to manage the software development life cycle for those changes and maintain the software code quality. To maintain the product quality it is essential to integrate the product component and need to deploy a product on pre-production environment and test the product. Hence the need for Continuous Integration and Continuous Delivery process for software product.The popularization ofDevOps, and cloud computing has revolutionized the software delivery process-making it faster and affordable for business to release their software continuously. Hence Enterprises need for reliable and predictable delivery process of software. The objective of the paper is to design an effective framework for automated testing and deployment to help to automate the code analysis, test selection, test scheduling, environment provisioning, test execution,results analysis and deployment pipeline. Test orchestration framework typically very complicated to develop such pipeline to make software reliable, and bug free. For environment provisioning can be provided through virtualization and cloud computing.

Various factors affecting the construction and engineering industry for rising engineer’s role in worker’s safety. The practices regarding the safety of workers are identified and divided into five tasks that are used in current construction industries, reviewing their designs, creating design documents, assisting the owner in procuring construction, reviewing submittals, and inspecting work in progress. Over six hundred construction labour death occurred in the United States during the comprehensive years of 2004 to 2006 that were related to construction equipment and contact collisions. Keywords: Construction fatalities, Design Criteria, Five Task, Worker’s death.

No abstract

A Wireless ad-hoc network is an autonomous, self-organize distributed, peer to peer network of fix, nomadic or mobile user that communicates over bandwidth constrained wireless links. Energy Consumption and Network Connectivity are two of the most important issue that yet to be resolve in MANET's. Broadcasting, in context of ad-hoc networks is a costly operation and thus topology control has been proposed to achieve efficient broadcasting with low interference and energy consumption. By using topology control each node optimizes its transmission power, by maintaining network connectivity by localize manner. In this paper, we propose Local Tree-Based Reliable Topology (LTRT), which is mathematically proven to guarantee k-edge connectivity while preserving the feature of Local Minimum Spanning Tree (LMST).while applying topology control technology into Manet, it is important to address the issue of performance degradation due to node mobility. In the network each node contain the topology information to maintain the connectivity with neighbors for that it needs to be frequently and appropriately update its information according to its moving speed. In our mechanism, each node determines exact value of topology control update interval according to topology information of its neighbors. By simulation results using network simulator (NS2) we achieve better dynamic topology update mechanism.

Objectives: This study aims to calculate and compare Glasgow Coma Score, International Program on Chemical Safety Poisoning Severity Score and Acute Physiology and Chronic Health Evaluation 2 score in predicting outcome of the patients with organophosphate compound poisoning. Material and Methods: A total of 100 patients were taken in the study from December 2018 to December 2020. Glasgow Coma Score (GCS), International Program on Chemical Safety Poisoning Severity Score (IPCS PSS) and Acute Physiology and Chronic Health Evaluation 2 (APACHE 2) score of each patient were calculated and compared. In this study, we compared the GCS, IPCS PSS and APACHE 2 score in predicting the outcome of the patients with organophosphate compound poisoning. Results: Of the 100 patients, 70 were male and 30 were female. Mortality was 15% in the study. APACHE 2 score was found to be more accurate than IPCS PSS and GCS in predicting the outcome of the patients with OP poisoning. Conclusion: APACHE 2 score requires arterial blood gas analysis which might not be available at all primary health care centres. At such places, IPCS PSS is the better option for predicting the outcome of OP patients.