VOLUME 8, ISSUE 11, NOVEMBER 2020

Abstract: There are several solutions exist to save energy consumption in residential, commercial and industrial buildings. This paper presents a new model device to monitor the consumption of energy consumed in homes to rationalize energy consumption using a wireless meter using Arduino controller. The controller calculates the actual energy consumption at any moment and sends it to the computer using Wi-Fi module. The energy is digitally measured using Arduino and displayed graphically. An energy saving plan is proposed to save energy in residential loads. The recorded results are filtered to rationalize the consumption of energy to the extent required. To evaluate the performance of the proposed system, an experimental setup is conducted on residential apartments and rationalizing the consumption of electric energy by reducing the load without prejudice to the normal state of loads. The rate of rationalization in electric power is reached 25% of the value of total consumption. Therefore, the goal of controlling consumption and rationalization is achieved accurately and at the lowest cost possible and using advanced electronic elements to eliminate the inaccuracy in reading the meter home.

Keywords: Energy meter; arduino based energy meter, electricity consumption, energy saving

Abstract: This assessment intends to execute an image planning figuring for area of both red and blue recolored platelets to help in examination of iron need shortcoming in an inexorably feasible and viable manner. Our philosophy empowers us to secure the precise number of each recolored platelets. The estimation in like manner finds out the degree of blue and red recolored cells in the given model picture test. This information is pivotal in distinguishing the disease and choosing its earnestness. In spite of the way that the estimation is organized in such a manner to give versatility with respect to the decision of either a particular region or a whole given picture test, the figurings are practiced for the perfect region figuratively speaking. Pictures of villi cells taken from the little stomach related arrangement of individuals were used.

Keywords: Anemia, Invasive, Cells, Hemoglobin

Abstract: In this paper, we discuss the different type of sensors used in car. The sensor technology is something that is becoming more and more popular. It has also been implemented in cars. There are different types of sensors in modern cars. Approximately, 60 to 200 sensors are being used in a modern car. Sensors make the car operate very easily and identify the problems in a very short time. Different sensors serve different tasks. In this paper, we are going to different types of sensors in cars. We will talk about their functionality. We will also talk about the importance of these sensors. The computer is the real brain if you have a computerized engine control system. It uses the sensors to know what’s happening inside the car. So you know how important car sensors and their functions are.The modern automobile designing can be using different types of sensors. These are arranged into the car engine to recognize & solve possible problems like repairs, servicing, etc. The sensors used in automobiles will check the function of the vehicle. An owner of a vehicle doesn’t know the status of how many sensors are used in their vehicles. There are several largest sensor organizations available worldwide, which can offer an innovative solution to the customers. By using these sensors data we can increase comfort, efficiency, and safety.

Keywords: Sensors, Computerized, Vehicle, Car.

Abstract: In this project first the data sets are read from the text file, after that file is processed and stored as datasets. First the data cleaning algorithm is executed with the help of stop words, special symbols and then clean data is obtained. After that the clean data into a set of words which will be represented as a wordized matrix. After that the word stream count of each of the words is found out. IDF and TF-IDF of each of the data set rows are obtained. Finally, the classification algorithm is executed and then class label is assigned to the event.

Keywords: IDF, TF-IDF, CNN

Abstract: Arduino-based Automatic poultry farm is a system that makes efficient use of resources in a poultry farm in the field of agriculture in India. In India large population is depends on primary industries for income. Poultry farm or Poultry industries is one of them as a primary source of income for many families. The poultry industry is important for food supply in India. The development of automatic feeding machines for poultry farms can be necessary for the expansion of this industry in rural areas of India. In the current system poultry farm needs manpower. Manpower manually feeds the chickens. This automated feeding system overcomes the manpower problem and also reduces expenses on manpower. This automated feeding system can be applied in the major poultry industry as well as a small poultry farm and agricultural sector. This system feed food in a food container or food feeder. And this system also maintains the farm temperature using an automatic Fogger system. This automatic Fogger system can be also used in maintains the environmental temperature of the Livestock Farm. This system is easy to use and inexpensive. It can be used by small poultry farms in India. Users can control it through Android mobile.

Keywords: Arduino, Fogger System, Soil Mixture, Food and Feeder.