No abstract

Conflicts between humans and animals have become a big issue in agriculture and the forest zone, putting human lives in jeopardy and causing a huge loss of resources. A wireless sensor-based animal intrusion warning system can overcome these issues, delivering an automatic alert note to the owner and forest authority. The Sensor will detect the animal's movement, and the camera will capture the image. The captured image will be classified using image processing techniques. The Global System for Mobile communications module will send an alarm notification SMS to the forest department or the owner. As a result, the immediate alert information takes corrective decision depending on the type of incursion. This research is being used to learn about the many imaging methods, sensor technologies, and research sets that can be utilized to prevent humans and animals from conflict.

The primary objective of this paper is to review the current impact of IoMT (Internet of Medical Things) and their implementation in healthcare networks. A detailed study was made regarding the emerging technologies which can be applied in the healthcare for monitoring patient health conditions and diagnosing various diseases. The different research papers related with IoMT were collected and reviewed. This paper proposed the possible emerging trends, methodologies and applications of different smart techniques which can be involved in improving the efficiency of continuous monitoring, diagnosis and treatment. In particular, the treatment of infected person who are in critical stage is a big headache as they are to be kept in ventilators and need timely care. As the number of infected cases increases, many countries are struggling to give proper care which results in death of patient. The proposed techniques play a main role and help the medical providers to give a timely support to the infected patients. The proposed techniques can be used for improving the patient care with automatic observations.

Power plants face many challenges in today's global scenario, including minimizing costs. Sustained expansion in energy generation capabilities is a sign of a country's expanding affluence. Electricity now pervades practically every aspect of human life. Coal has long been an important source of fuel for power generation. There has been no consideration paid to the contaminants created or the coal quality. The qualities of coal have an impact on the design and performance of thermal power plants, as well as the cost of electricity generation. The cost of coal, as well as the plant's construction, are all determined by the superiority of the coal. Because the worth of the coal has an impact on practically every aspect of plant functioning, care must be taken during coal changeover. In this environment, a comprehensive approach to the optimal operation of power plants is critical for utilities competing in liberalised markets to survive. A plant's control system can considerably improve performance and provide solutions to some of the issues outlined above. In light of this, the authors were inspired to develop a better strategy for dealing with difficulties in a fossil fuel power plant (FFPP).