Imperative Role Of Human Resource Management In Organizational Activities

Human Resource Management is the strategic approach to the effective management of people in a company or Organization such that they help their business gain a competitive advantage. The overall purpose of Human Resource is to ensure that the organizational is able to achieve success through people. It practices on organizational performance. The job of HRM is the job of all such departments to ensure that the business gets the most out of its employees. The Human Resources Management needs to provide a high return on the business investment in its people and deals with not just management issues but also human as well. It has widely spread over different channels receiving an application, selection, placement, Training and development, promotional activities, performance appraisal, job definition, compensation, reward and employee participation. In this paper we discuss the reasons for organizations to have a HRM strategy as well as the business drivers that make the strategy imperative for Organizational achievement. HRM becomes a valuable tool for management to ensure the organizational success. In today’s world the human resource management plays a very vital role in the daily life. On the one hand the soft and hard human resource management influence on the business and let them develop rapidly for organizational growth and success

Bilingual sentiment detection - Investigating impact of tweet translation

This paper looks at how translating tweets from Malay to English may impact its sentiment score, and if at all the score can be improved in case a tweet is translated compared to just translating the keywords. Tweets written in Malay were translated using an online dictionary before proceeding for analysis. An online sentiment analysis tool, Twin word was used to perform the sentiment analysis on both translated and untranslated tweets. The results of the analysis showed translating tweets did not create a significant impact on the overall sentiment score; therefore translating the whole length of the tweet would not affect the accuracy score

PROJECT PERFORMANCE: ROLE OF OPERATIONAL SAFETY, HEALTH PERFORMANCE AND SAFETY PREPARATION

Contemporary construction companies are placing emphasis on implementing various safety and health strategies in order to attain a favorable safety climate within the industry and enhance operational effectiveness. The purpose of this study is to examine the influence of operational safety (OS), health performance (HP), and safety preparation (SP) on the project performance of construction companies in Saudi Arabia. In order to effectively accomplish the stated objectives and yield optimal outcomes, data was gathered from a sample size of 316 employees employed in construction companies. The findings of the study emphasize that operating systems (OS), human resources practices (HP), and strategic planning (SP) have a significant influence on the project performance of construction companies. The mediation of open-source software (OSS) has demonstrated significant effects on the relationships between operating systems (OS), hardware providers (HP), software providers (SP), and platform providers (PP). This study renders a valuable contribution to the existing body of knowledge on safety by investigating the effects of pertinent factors within the construction industry. The results of this study provide valuable insights for professionals in the construction industry, enabling them to enhance the efficacy of safety management systems within their respective work environments. Furthermore, it serves as a driving force for the development of programs and policies aimed at facilitating the effective implementation of operating systems (OS), scheduling practices (SP), and health and safety protocols (HP) in order to attain optimal performance in construction projects

Soil Carbon in Agroforestry Systems: An Unexplored Treasure?

Soil organic matter (SOM), which contains more reactive organic carbon (C) than any other single terrestrial pool, plays a major role in determining C storage in ecosystems and regulating atmospheric concentrations of carbon dioxide (CO2)^1^. Agroforestry, the practice of growing trees and crops in interacting combinations on the same unit of land^2^, primarily by resource-poor smallholder farmers in developing countries, is recognized as a strategy for soil carbon sequestration (SCS) under the Clean Development Mechanism (CDM) of the Kyoto Protocol^3^. The understanding about C storage and dynamics under agroforestry systems (AFS), however, is minimal. Our studies under various AFS in diverse ecological conditions in five countries showed that tree-based agricultural systems, compared to treeless systems, stored more C in deeper soil layers up to 1 m depth under comparable conditions. More C is stored in soil near the tree than away from the tree; higher SOC content is associated with higher species richness and tree density; and C3 plants (trees) contribute to more C in the silt- + clay-sized (<53 µm) fractions that constitute more stable C, than C4 plants, in deeper soil profiles4 - 8. These results provide clear indications of the possibilities for climate change mitigation through SCS in AFS, and opportunities for economic benefit - through carbon trading - to millions of smallholder farmers in developing countries

NEW BACTERIA FORAGING AND PARTICLE SWARM HYBRID ALGORITHM FOR MEDICAL IMAGE COMPRESSION

For perfect diagnosis of brain tumour, it is necessary to identify tumour affected regions in the brain in MRI (Magnetic Resonance Imaging) images effectively and compression of these images for transmission over a communication channel at high speed with better visual quality to the experts. An attempt has been made in this paper for identifying tumour regions with optimal thresholds which are optimized with the proposed Hybrid Bacteria Foraging Optimization Algorithm (BFOA) and Particle Swarm Optimization (PSO) named (HBFOA-PSO) by maximizing the Renyi’s entropy and Kapur’s entropy. BFOA may be trapped into local optimal problem and delay in execution time (convergence time) because of random chemo taxis steps in the procedure of algorithm and to get global solution, a theory of swarming is commenced in the structure of HBFOA-PSO. Effectiveness of this HBFOA-PSO is evaluated on six different MRI images of brain with tumours and proved to be better in Peak Signal to Noise Ratio (PSNR), Mean Square Error (MSE) and Fitness Function

Genetic Evaluation of Leucaena Genotypes in Bundelkhand Region of Central India

During the 1970s and 1980s, Leucaena was known as the “miracle tree” native to Central America and Mexico, because of its worldwide success as a long-lived and highly nutritious forage tree. It is estimated to cover 2-5 million ha area worldwide. The genus Leucaena is one of the most widely grown tropical fodder trees and is the subject of extensive research. This is mainly due to its long life span; high productivity even under regular defoliation; its adaptation to wide climatic and edaphic tolerances; excellent palatability and digestibility and many uses including wood for timber and fuel wood. The species possesses enormous wealth of variability and great potential for economic yield which attract the breeders in utilizing the species in hybridization. A logical way to start any breeding programme is to survey the variations present in the germplasm. Precise information on the nature and degree of genetic divergence in respect of important traits is a prerequisite for undertaking meaningful breeding programme towards the improvement and conservation of a species. Further an investigation into the nature and degree of divergence among populations will be useful in understanding the course of evolution and for classifying the tree population into groups based on the diversity, particularly when they are overlapping in one more characters. Therefore, the present study was conducted to estimate genetic divergence among different germplasm of genus Leucaena