Automated Systems

In today's growing market many businesses turn toward automated systems to perform their everyday tasks. One automated system that is becoming more popular is the automated inventory system. The Leyte Normal University Supply Office is one of the Offices that caters to the Delivery and Inventory of Supplies and Equipment to its end users. Due to its numerous transactions, the Supply Office currently experiences problems in their transactions since all processes are done manually. Specifically, the generation of reports during the inventory and monitoring of equipment's proved to be a great struggle. Using the Descriptive Research Design, a thorough study of the existing system in recording and monitoring of equipment in the supply office was conducted. Results showed that the Supply office is in dire need of automating their Inventory process to better serve their Stakeholders.

The report of [REDACTED] project begins with the introduction, overview, objectives and the whole timeline of the project. The problem statements of the project are simply to comprehend and to brainstorm for the lines of codes and for the development of the product successfully. The project proposed and reported is an automated plant watering system using Arduino devices. Both the design specifications and the financial requirements are clearly reported. The report also includes all the layout drawings of both the circuit and the physical product. The engineering calculation and analysis are presented thoroughly in the report. The details of the fabrication are explained in a step-by-step manner. All in all, the result is achieved successfully with the utilisation of an LCD screen to display the soil moisture and with the working function of the soil moisture sensor, the relay and the vertical pump. Eventually, the demonstration and testing are done accordingly. To conclude, the [REDACTED] project has given the benefit of the opportunity in designing and devising a product through the engineering approach in practicality.

The video report: https://www.youtube.com/watch?v=ALahglW2h9Y&t=112s

Time is the biggest asset of today's generation. Patience is not common now a days and people hardly have anytime to wait. In such scenarios, making people to sit idle for waiters so that their order may be taken and serviced is not an appropriate task. Many potential customers have a short recess and lunch duration; their limited leisure time cannot be wasted in undesired waiting task. This application named "Automated ordering System" allows the user to directly order their food online without going through the trouble of calling the waiter repeatedly. The only prerequisite is the presence of an android application with the name C-canteen in their mobile phones. Comparing with the manual ordering system where a lot of paper work is involved in keeping records and maintaining files, this software is free from such time taking, risky and tedious tasks as there is an inbuilt data base system for keeping all the records. The users have to simply register online, go through the e-menu card and order their desired food item without any trouble.

Откъс от:
Садовски А. Н. -Приложение на математико-статистически методи при изграждане на Автоматизирана система за прогнозиране на добивите. Дисертация за присъждане на научната степен "Кандидат на математическите науки" (Доктор по математика). София
1975, 154 стр.

The objective of this study is to design a hydraulic arm with a gripper that can be used for the purpose of material handling in various fields and be economical, flexible and easy to operate. Grippers are devices used with pick-and-place robotic systems to pick up or place an object on an assembly line, conveyor system, or other automated system. Hydraulic grippers are most often used in conjunction with a piece of equipment that only has a hydraulic power source for actuators. The main objectives of the project are: To select a suitable configuration of links for the equipment. To design and analyze the links based on load considerations. Make the system mobile so that work volume can be increased. Reduce power consumption.

Automatic mounting systems are equipped to carry out mounting operations in a set series to mount items. Four common forms of device and operating preparation challenges include: availability of equipment at workstations; single station device; integrated multi-station systems and partial automation. This paper reflects on the integrated multi-station framework used for the running efficiency of assembly operations. Normal mathematical procedures were modeled and tested using real-life industrial data for the production of high-tech goods. Sensitivity analysis is performed to determine the influence on device efficiency of process parameters. A contrast of these functions allowed users to define critical device process parameters. The outcomes relevant parameters have been found to be the most responsive in the automated method followed by cost and cycle time.

In today’s growing market many businesses turn toward automated systems to perform their everyday tasks. One automated system that is becoming more popular is the automated inventory system. The Leyte Normal University Supply Office is one of the Offices that caters to the Delivery and Inventory of Supplies and Equipment to its end users. Due to its numerous transactions, the Supply Office currently experiences problems in their transactions since all processes are done manually. Specifically, the generation of reports during the inventory and monitoring of equipment’s proved to be a great struggle. Using the Descriptive Research Design, a thorough study of the existing system in recording and monitoring of equipment in the supply office was conducted. Results showed that the Supply office is in dire need of automating their Inventory process to better serve their Stakeholders.

Training and Development is a continuous process for
improving the caliber and competence of the employees to meet
the current and future performances. Training in addition to
imparting requisite skills to all levels of employees, executives
and managers also aims at changing the behavioral patterns of
the employees in a direction which is congenial to achieve the
organizational effectiveness, sustainability and growth. In this
era of fast  changing economic scenario and throat- cutting
competitions, it is not enough for any organization just to have
solid financial foundations, state of the art technology, automated
systems, since the cutting edge of competitive survival is now the
quality of the human resources which decides that which
organization would ultimately survive in the long run. Healthcare sector is an important sub-set of the services sector, whose 
growth is forecasted to be the  fastest in the changing economic
scenario of the country, particularly after the  entry of the MNC
health-care organizations in the Indian sub-continent. In view of
the above, it has become absolutely essential for all health-care
organizations to once again reorient and revamp their entire
organizational strategies in respect of procuring, retaining,
developing and grooming their human resources in such a way
that they are not  only useful and valuable and most important
human assets for the present, but are proved to be the most vital
and unique  for the future also.

The paper presents the demand for the spread of payment systems. This is caused by the development of technology. The open issue of application of payment systems - fraud - is singled out. It is established that there is no effective algorithm that would be the standard for all financial institutions in detecting and preventing fraud. This is due to the fact that approaches to fraud are dynamic and require constant revision of forecasts. Prospects for the development of scientific and practical approaches to prevent fraudulent transactions in payment systems have been identified. It has been researched that machine learning is appropriate in solving the problem of detecting fraud in payment systems. At the same time, the detection of fraud in payment systems is not only to build the algorithmic core, but also to build a reliable automated system, which in real time, under high load, is able to control data flows and effectively operate the algorithmic core of the system. The paper describes the architecture, principles and operation models, the infrastructure of the automated fraud detection mechanism in payment systems. The expediency of using a cloud web service has been determined. The deployment of the model in the form of automated technology based on the Amazon Web Services platform is substantiated. The basis of the automated online fraud detection system is Amazon Fraud Detector and setting up payment fraud detection workflows in payment systems using a customizable Amazon A2I task type to verify and confirm high-risk forecasts. The paper gives an example of creating an anomaly detection system on Amazon DynamoDB streams using Amazon SageMaker, AWS Glue and AWS Lambda. The automated system takes into account the dynamics of the data set, as the AWS Lambda function also works with many other AWS streaming services. There are three main tasks that the software product solves: prevention and detection of fraud in payment systems, rapid fraud detection (counts in minutes), integration of the software product into the business where payment systems and services are used (for example, payment integration services in financial institutions, online stores, logistics companies, insurance policies, trading platforms, etc.). It is determined that the implementation of an automated system should be considered as a project. The principles of project implementation are offered. It is established that for the rational implementation of the project it is necessary to develop a specific methodology for the implementation of the software product for fraud detection in payment systems of business institutions.

The Linked Data approach in data publishing allows the users and their data-driven applications to have broader use cases which encompass various data sources, either publicly available on the Web, or in private repositories. The use of W3C standards in publishing such data enables uniform access across platforms. Transport information today has higher importance to the citizens and society than ever and accessing the right information at the right time can improve the quality of everyday life for many people in the world. In this paper, we describe our approach of building a system for automated Linked Data generation from the transportation domain. We used the data from the Swedish Transport Administration (STA) as a specific case study. For the purpose of RDF annotation, we developed the Transport Administration Ontology (TAO). The resulting five-star data enables advanced use case scenarios over the original STA data, which we also demonstrate with our web application.

Training (think tank) www.strategicresearch.info/default.aspx Former faculty for MISM at Keller Graduate School of Management, Devry University, taught Computer Applications at undergrad and grad levels at CUNY for two decades Introduction Robotics, automated systems, virtual reality and artificial intelligence are four sets of technologies which have grown in importance in recent years have interrelationships which impact each other in terms of practical applications resulting in major transformation in the way things are done. It would be recalled that technologies in the 1970s had major transformational evolution with the convergence of computer and telecommunication technologies, at the time the first one based on digital signals and the second on analog signals and both combined through a digitalization process (Signal Analysis). The corner stone of the current ongoing technological transformation is systems theory which in a nutshell posits that practically all endeavors can be construed as a set of inputs which get transformed through processes into outputs. The following are examples of technological outputs: self-driving cars, computer integrated manufacturing, automated fight systems including ILS (instrument landing systems) and soon planes without pilots, cars largely manufactured by robots, robot financial advising, algorithmic trading (in the financial markets), robotic surgery and so on. The processes rely on codes which are increasingly sophisticated. The paper will take a brief look at the basics of these technologies including their mechanics, past evolution and state of the art. Potential future evolution will be reviewed as well. Analysis will focus on their contributions and impacts on industry and commerce, the distribution of wealth at national and global levels, the worlds of transit, medicine, finance, academia, business, entertainment and defence. Drawbacks such as the deskilling of the work force with its financial consequences and the creation of new elites will also be appraised. Relevant claims reported in the media will be also be examined.