Literature Review Process:Measuring the Effective Usage of Knowledge Management Systems in Customer Support Organizations

Our team has developed a Daily To-do Manager that enables users to efficiently manage their daily goals and tasks. The system is designed to help users create and track daily tasks that align with their long-term goals. It provides a secure platform that users can access anytime and anywhere via the Internet.The Daily To-do Manager not only tracks the user's goals and tasks but also helps them to break their tasks into smaller parts, making it easier to manage. By dividing tasks into smaller parts, the system allows users to track their progress more efficiently. Additionally, the system provides users with means to analyze their task efficiency through reports that display complete statistics of tasks achieved, total tasks planned, and daily streaks indicating the number of consecutive days the user has been efficient.Our study has revealed that most To-do manager applications list tasks in binary form, either completed or uncompleted. However, our team has observed that people tend to divide their tasks into smaller chunks and want their partial completions to be managed by the To-do manager. To cater to this preference, our system tracks the partial task completions of users to provide a solid base for designing a Daily To-do Manager.In summary, our Daily To-do Manager is a user-friendly system that helps users efficiently manage their daily tasks and long-term goals. The system provides users with a secure platform accessible via the Internet, task breakdown, progress tracking, and reports to analyze daily task efficiency. With our system, users can expect to achieve their daily goals more efficiently, contributing to their overall productivity and success.

Section: Methodsmentioning

confidence: 99%

Maximizing Efficiency A Comprehensive Review of Daily Productivity Growth with Todo Manager

Perez¹,

Sheikh²

2023

“…The ratio of students was computed with nearly equal inclusion of boys and girls using the formula n=4pq/d2 with an allowable error of 5 percent (where p is the prevalence of study, q is 100-p, and d2 is the number of students). [19] [20] [21] [22]…”

Section: Methodsmentioning

confidence: 99%

Computers' Place in School Education and Early Challenges of Computer Assisted Learning in India

Jyothi¹

2022

An important factor in the social turn of events is education. Tutoring plays a key role in ensuring the success of any nation's progress. A nation's future intellectual leaders must be highly skilled, proactive, and e-modern in approach. Over 50,000 public elementary schools in India have PC-supported learning (CAL) initiatives going on. In a few countries, it has been a significant topic of inquiry and investigation how Information and Communication Technology (ICT) and Computer Science (CS) have been included into educational programs. The term "instruction innovation" refers to the use of a wide range of contemporary media and materials to increase learning opportunities. Experts suggest training innovation as one of the anticipated approaches to successfully and competently enabling education.Before, teachers used to demonstrate in a rigid, official, and well-organized manner. Then, education was seen as a means of exchanging knowledge and ideas. Understudies utilized to memorize any content or instructions offered by the teacher. They frequently struggled to understand the instructions they were given and required to repeat at test time [1] [2] [3][4][5][6] [7]. The nature of CS instruction depends not only on the support of the government and the content of the curriculum but also on the knowledge and skills of the teachers who are teaching CS courses. Powerful instructors' CS preparation is therefore approaching. Since the 1980s, there have been active projects bringing PCs to low-paying areas in order to deliver innovative benefit.Such motivations would often anticipate a formative inspiration in the endeavor, especially in impoverished nations. Growing trust among government and confidential organizations, whose information on figures is a significant connection in human turn of events, and that the early presentation has large long-term gains, has led to an interest in such ICTD projects. In this essay, we investigate the availability of free processing in government-funded schools in rural India. This review suggests a system for focusing on PC-aided learning projects in low-pay schools after observing designs that imply "achievement" at both the mutual and individual levels. It also raises issues regarding learning and undertaking association that scientists in ICT training may look at for theories [8] [9] [10]11][12][13] [14].

“…Inertization involves the mixing of waste with cement and other materials to stabilize it and reduce its hazardousness. This method is suitable for hazardous biomedical waste, including chemicals and toxic substances that cannot be treated using other methods [19] [20][21] [22][23] [24].…”

Section: Litrature Reviewmentioning

confidence: 99%

Greening Healthcare Effective and Sustainable Management of Biomedical Waste

Raju¹,

Roth²

2023

The United Nations Sustainable Development Summit in January 2015 marked the adoption of 17 Sustainable Development Goals by member states of the UN. These goals must be achieved by 2030 to promote a peaceful and pollution-free world. One of the critical goals among these 17 SDGs is "Good Health and Well Being," which aims to provide high-quality healthcare services to everyone.However, the management of biomedical waste has become a significant obstacle to achieving this goal. The proper disposal of biomedical waste is vital to prevent the spread of infections and diseases, reduce environmental pollution, and protect public health. The management of biomedical waste has become even more critical in the current pandemic situation across the globe.The sustainable management of biomedical waste is essential to ensure the safety of healthcare workers, patients, and the general public. Effective waste management includes the proper segregation, collection, transportation, and disposal of biomedical waste. Sustainable practices such as waste minimization, reuse, and recycling can also reduce the environmental impact of biomedical waste.Several challenges must be overcome to achieve sustainable biomedical waste management. These challenges include insufficient resources, lack of awareness and training, inadequate infrastructure, and ineffective regulations. Therefore, it is crucial to implement effective policies, regulations, and guidelines to promote sustainable biomedical waste management.To achieve sustainable biomedical waste management, healthcare facilities must prioritize waste management as an integral part of their healthcare services. They must develop a waste management plan that outlines the appropriate procedures and protocols for the segregation, collection, transportation, and disposal of biomedical waste. Additionally, healthcare workers must be trained on proper waste management practices, including the use of personal protective equipment (PPE) and waste segregation.In conclusion, the sustainable management of biomedical waste is critical to achieving the SDG of "Good Health and Well Being." It is essential to promote awareness, provide training, and implement effective policies and guidelines to ensure the proper management of biomedical waste. Healthcare facilities must prioritize waste management as an integral part of their healthcare services to protect public health and reduce environmental pollution..