Browsing by Author "Biswas, Prodip"

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    Design and Implementation of Temperature & Relative Humidity Control System for Poultry Farm
    (IEEE, 2020-09-18) Zeyad, Mohammad; Biswas, Prodip; Ghosh, Susmita; Maruf, Md. Tanvir Hassan; Shehzad, Md.; Hasan, Md. Ibrahim; Shoshi, Sheikh Raihana
    This paper presents a control strategy for automatic temperature and relative humidity control systems for poultry farms. This work aims to build a simple but automated smart Poultry Farm device that will be suitable for a poultry farm environment for controlling temperature and relative humidity. Moreover, for better understanding of inside environment of the poultry farms survey analysis (for the maximum temperature, minimum temperature and relative humidity) had done for 12 months of 2019 on different areas/places of 100 poultry farms of Bangladesh. Additionally, the process of controlling the temperature and relative humidity control uses a microcontroller (ATmega328p) that receives data from the sensor AM2302 and controls suitable temperature and humidity by using a logic algorithm code. Poultry needs a standard temperature and humidity which have been set within 20 °C-25 °C and 60%-80% respectively. Nevertheless, an LCD display (16*2) with Matrix keypad (4*4) has been included in the device by which farmers can easily set, operate and check the required temperature and humidity inside the poultry farms. Finally, sensor testing and device administration results are documented to achieve the success of the research.
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    Design Proposal of an Automatic Smart MultiInsect (Mosquito) Killing System
    (IEEE, 2019-10-17) Zeyad, Mohammad; Ghosh, Susmita; Islam, MD. Rakibul; Ahmed, S.M. Masum; Biswas, Prodip; Hossain, Eftakhar
    The aim of this work is to create an automatic and low-cost mosquito killing device which will help to save human life from mosquito bite which is responsible for creating non-invented medicine diseases. This paper illustrates an idea of simple but smart mosquito catching window system. Due to the electrocution between the mesh structures of the device, mosquitoes as well as insects will be instantly killed when they will try to make their way through the window. Compared to available mosquito killing bat in the market, this system will hold up very low voltage that is enough to kill mosquito and concurrently not harmful for human being. This process uses microcontroller, ATmega328p that receives data from the adapter and helps to measure the input current and voltage which is displayed in an LCD Display (16*2) by using a logic algorithm code. It also consists of a power supply unit which is mainly used to charge the battery. The controls are made by a mini switch and have one LED power indicator.
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    Design Proposal of an Automatic Smart Multiinsect (Mosquito) Killing System
    (Proceedings of 2019 3rd IEEE International Conference on Electrical, Computer and Communication Technologies, IEEE, 2019-02-22) Zeyad, Mohammad; Ghosh, Susmita; Islam, Md. Rakibul; Ahmed, S.M. Masum; Biswas, Prodip; Hossain, Eftakhar
    The aim of this work is to create an automatic and low-cost mosquito killing device which will help to save human life from mosquito bite which is responsible for creating non-invented medicine diseases. This paper illustrates an idea of simple but smart mosquito catching window system. Due to the electrocution between the mesh structures of the device, mosquitoes as well as insects will be instantly killed when they will try to make their way through the window. Compared to available mosquito killing bat in the market, this system will hold up very low voltage that is enough to kill mosquito and concurrently not harmful for human being. This process uses microcontroller, ATmega328p that receives data from the adapter and helps to measure the input current and voltage which is displayed in an LCD Display (16*2) by using a logic algorithm code. It also consists of a power supply unit which is mainly used to charge the battery. The controls are made by a mini switch and have one LED power indicator.
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    Designing of Microcontroller Based Home Appliances Governor Circuits
    (International Academy Publishing (IAP), 2018-06) Zeyad, Mohammad; Biswas, Prodip; Iqbal, Md. Zakaria; Ghosh, Susmita; Biswas, Pronab
    Automatic control of home appliances is highly demanded in all over the world. In this energy saving era, energy can be saved without hampering our day to day busy scheduled life if it gets utilization of automated remote load controlled devices. This paper illustrates wireless home appliances controlling circuit using microcontroller. This method proposes design of a system that will be able to control apparatus remotely and will likewise empower home security against interruption without property holder. Remote speed controller of a load is being incorporated in the system which is one of the most attractive features of the system. An accessible security system through an app is also merged with the speed controller which provides influential security to the loads from unexpected users. Finally, power and speed calculations are done to complete the research.