Update and Acceleration of Health Care Using Artificial Intelligence in Medical Treatments and Diagnostics

Researchers support the growth of artificial intelligence and similar methods in health and medical care for the purpose of continuously improving processes. By focusing on the growth on data analytics, statistics, applied mathematics, and computer methods including machine learning, the future of health-care methods will change. The development of computerized methods and the growth of data systems produce ample materials for artificial intelligence to develop and to bring physician assistance programs to enable continuous improvement resulting in superior health and medical care. This includes applications in intensive care as well as diagnostic therapies. The focus is on examples in the use of the promising developments in data science methods, the accumulation of medical and research data. With quality and continuous improvement in process control applications where one determines the usefulness of data analytics, there are great possibilities of change in the improvement in medical applications as well as the management of medical and health-care treatment and diagnostic facilities.

Simulation Study of a Composite Landig Gear of Ultralight and Very Light Aircraft

There is a need to design new, lighter aircraft structures, which has a direct impact on the safety and costs of aircraft maintenance. One of basic parts of an aircraft is ites landing gear, whose main functions are to enable taxiing, safe landing, take-off, and to assist the remainder of ground operations. Landing gear failures are usually related to metallurgy, processing, environment, design, and causes of overload. These are conditions that can be prevented using modern methods to calculate the strength of such a landing gear in various conditions. The paper presents stages of a simulation study of the fixed three-wheeled spring landing gear for an ultralight aircraft. Analysis of forces acting on the landing gear during drop test and their implementation by numerical computer methods allowed for the creation of a model in the CAD (Computer-Aided Design) tool and its FEA (Finite Element Analysis). These results were compared between a modeled classic spring landing gear and the one made of composite materials. The further goal of the research will be to build a drop test stand for a small landing gear used in airplanes and drones. This method has a significant impact on simplifying the design of the landing gear, its modeling, and optimization.

INNOVATIVE COMPUTERIZED METHODSWITH OPERATIONS RESEARCHTO IMPROVE INDIAN COAL MINING

Because of geological incongruities of reserves, planning and operations of mines are different in each case. A research study was done from IIT(ISM) Dhanbad for developing computerized method studies for better performance and monitoring of a coal company. The research has also developed models for cost-benefit analysis of improved systems of mining operations on ground realities and database creation. The researchwas carried out by analyzing existing mines for developing model programsfor improvements. India has 320 billion tonnes of coal reserves and it is 7 percent of the reserve of the world. The energy consumption in India is about one-third of the world average and 60 percent of the installed capacity of energy in the country is based on thermal plants.The research has developed data-based computer methods in 14 original models; for result-oriented planning for multi-project scheduling and monitoring.Once, the techno-economics of coalmine reorganization is finalized, viz. programs run, scheduling of activities and monitoring for completion become valuable. Research conducted caused better performance and profit for the company.