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Increased safety, or control, via the implementation of safety rules, visual management methods, or physical signs is what safety measures are all about. Economic consequences and big humanitarian considerations are two aspects that establish the effect of a lack of safety procedures in any organisation. The manufacturing business has had the highest incidence of sickness and injuries for the last many years, so this is very common there. This demonstrates why STOP 6 plus 2, a safety management technique developed by Toyota, is crucial for every business. Nowadays, it's common practice for manufacturing companies to make sure that their safety procedures are in line with the core values and methods of their operations. This only provides us only a partial picture of how those companies are implementing safety measures. The major goal of this article is to determine which basic enablers are most crucial for enhancing Toyota's safety standards. Two crucial components, driving power and reliance power, are explained in this work by the results of interpretative structural modelling. The driving power of each driver is their relative relevance in improving the STOP 6 plus 2 safety practices. [ABSTRACT FROM AUTHOR]

On the premise that there is a direct correlation between people's beliefs and their actions, a safety perception survey is based on this idea. In addition to providing a numerical representation of employee sentiment, a well-conducted survey will also highlight any discrepancies between staff and management viewpoints. Incorporating survey results into an action plan for suggested modifications, revising existing rules and procedures, enhancing present practices, and laying the groundwork for a future safety strategy are all possible outcomes. It is possible to combine the administration of surveys with in-person interviews with employees. Personal protective equipment (PPE) is the last line of defence against injuries, yet it is essential for many dangerous jobs. Providing and utilising personal protective equipment (PPE) is mandated by law and is also an internal necessity for many firms. Only the PPE Perception Survey can reveal the many reasons why workers do not use PPE. Poor design, quality, discomfort, impeding movement, insufficient protection, and many more causes contribute to the non-use of personal protective equipment. [ABSTRACT FROM AUTHOR]

Using chemicals, even for a particular purpose, is common in all industries and may sometimes result in accidents. Chemicals may corrode, poison, and react, often explosively, when exposed to them. In the case of a chemical leak, there is a protocol in place to protect the eyes and skin, known as the "eyewash and shower," which provides first aid by washing the toxins off a person. The goal of this work is to propose an approach to making this system more accessible and user-friendly. [ABSTRACT FROM AUTHOR]

Product Life cycle Management (PLM) is an effective business strategy which is used to integrate data, processes, human resources and business systems by extending business across the product life cycle. In recent days, products get smarter where most of the products are embedded with electronics and its associated software. Products are made smarter by implementing the concepts of Internet of Things (IoT). Monitoring the product data from ideation to disposal stage is important for further analysis of a product. Data management of a product with dynamic and individual customer requirement information is the major challenge in a manufacturing industry. Implementation of PLM is one of the suggested method for recording the information about the product throughout its life cycle. In this present study, PLM implemented in an IoT enabled product with the use of Aras Innovator software to retrieve data of the product for further process. With predominant knowledge about the activities of the industry, a work environment can be incorporated within the PLM system. Implementation of PLM system in an enterprise for IoT products were resulted in improved control of the systems in a manufacturing industry. [ABSTRACT FROM AUTHOR]

In the current scenario Programming in Python plays a vital role in research arena as it preserves much of the man power. Converting the research work into the format of coding helps any researcher across the globe as it serves as a ready reckoner. Topology is one of the main branches of Mathematics. A Polish Mathematician named Kazimierz Kuratowski defined essential axioms in Topology with the aid of a closure operator named after him. In this paper, we have developed a Python program to find the closure and interior for the subsets of the given set. We will be using dictionary in Python with each subset as the key and the respective closure as its value. Subsequently we will be finding int(cl(A)), cl(int(A)), int(cl(int(A))), cl(int(cl(A))), for any subset A of the given set. [ABSTRACT FROM AUTHOR]

The field of Cryptography serves as a crucial aid in all the circumstances where a secured and a safer communication has to be constructed. The word 'Crypto' means 'hidden' and 'graph' means 'to write'. So far, several cryptographic algorithms have been put forth and implemented, thereby establishing more private communications in English language and in Machine language as well. Since, technology provides the facility to communicate in any desired language, these existing algorithms must be developed and practiced in many languages at a broader extent. But considering the complexity of each language, developing a cryptographic algorithm has not been carried out. Tamil happens to be one of the classical languages. We have developed a cryptographic algorithm to ensure secured communication in Tamil language. But still, manual encryption could become difficult for us to handle in all the situations. In order to overcome this kind of complication, we aim at executing this encryption and decryption algorithm with the help of a programming language. This will reduce the human energy and time consumption which will also be far easier and accurate than the manual performance. Thus, in this paper, we have developed a Python program that will encrypt the message given in Tamil language which shall be the extended version of classical Julius Caesar's method. But because of the larger alphabet structure, the disadvantages occurred while implementing this algorithm in English does not seem to hold for Tamil language. Moreover, we have implemented dual key pattern and uyir mei decomposition technique to strengthen the security. Hence, this would be highly helpful for anyone to communicate with Tamil script itself in a secured manner that too without any hassle. [ABSTRACT FROM AUTHOR]

In the present scenario, securing our data against unauthorized access is more important. To fulfil this need, 'Cryptography', is used to ensure the privacy and secrecy of communication between the sender and the intended recipient without letting the malicious third parties to intervene. It is a process which converts the plain text into cryptic text and vice-versa. So far, we have been using the cryptographic techniques for English language. The existing classical cryptographic algorithms shall be extended to Indian regional languages as well. In this article, we have extended the concept of one of the classical ciphers named "Caesar Cipher" to Tamil language. Since the Tamil language consists of 247 letters which almost ten times that of English language and because of grammatical nature of decomposing uyir mei letters into respective uyir and mei letters, the flaws that were encountered using this method in English language does not apply in our case. [ABSTRACT FROM AUTHOR]

In this fast-moving world, we should ensure that we complete our tasks without consuming much time that too hassle free. Programming languages like Python are user friendly and helps us to accomplish our task in no matter of time. The wider range of modules in python is the key factor for making this possible. Besides that, unlike any other programming languages, the set data type in Python helps the mathematicians in particular to shape the mathematical research into coding structure. In this paper, we have constructed a python coding to find the border, frontier and exterior of various subsets in a topological space. [ABSTRACT FROM AUTHOR]

Python Programming is emerging as a great computational tool in the field of mathematics. In this paper, we particularly discuss the application of the python programming language to generate the limit points and the derived set for each subset of a given set in a topological space. For this, we make use of the different compound data types available in python including the dictionary, list and also the set operations. This variety of data types and numerous math functions in python allows the user to compute coding to solve extensive problems within a short span of time. It also provides the platform to explicitly convert one data type to another making it more convenient to code. One must be well versed with the concept of neighborhood in analysis as knowing the neighborhood of each point of a subset is essential to find the limit point of a subset and those limit points when collected, leave us with the derived set. Thus, we would also be eventually focusing on gathering the neighborhood of each point of a subset and then finding the limit points for each subset, which will lead us to the final step of computing the derived set. [ABSTRACT FROM AUTHOR]