In present time, Wireless sensor network (WSNs) is widely adopted in diverse field like engineering, sciences, health, home, military, railway stations, airports, industries etc. Agriculture is also a warm of area in ...
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In present time, Wireless sensor network (WSNs) is widely adopted in diverse field like engineering, sciences, health, home, military, railway stations, airports, industries etc. Agriculture is also a warm of area in which WSNs is used to improve production, monitoring, intruder prevention and profitability of the crops and in turn Precision agriculture (PA). Further, integration of WSNs in agriculture can monitor the progress of the crops and provide real time data to the farmers such as moistures, temperature, water and otherresources. In this paper, a sensor device with the help of arduino board is designed to monitors the growth of valeriana jatamansi plant in the greenhouse. The proposed device is capable to sense the moisture of soil and detect the insects in the planting area of plant. The data from the greenhouse to the farmer’s base station is transmitted through the help of Wi-Fi module.
In developing or developed countries smart car parking is one of most accepted and rapid growing smart city result. Due to significant interest in smart car parking technology, various entities like shopping malls, tr...
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ISBN:
(纸本)9781538628430;9781538628423
In developing or developed countries smart car parking is one of most accepted and rapid growing smart city result. Due to significant interest in smart car parking technology, various entities like shopping malls, transporting stations and universities have begun to understand the significance of smart parking. The strength to connect, evaluate and automate data collected from devices, powered by and represented as the Internet of Things and that makes smart car parking achievable. This paper proposes an innovative algorithm that boosts the efficiency of present cloud based smart car parking system and establishes a network architecture based on the Internet of Things. This paper introduce a structure that helps users to find automatically a free car parking space by using user's Global Positioning System. These simulation study shows that the proposed algorithm helps to enhance the probability of successful car parking and reduces the users waiting time.
Ball on plate is the intelligent control system to drive the ball above the plate with the desired movement patterns without dropping the ball. This system is controlled by two servo motors (two degree of freedom) as ...
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ISBN:
(纸本)9781538627785
Ball on plate is the intelligent control system to drive the ball above the plate with the desired movement patterns without dropping the ball. This system is controlled by two servo motors (two degree of freedom) as an actuator to control the position of the ball and a resistive touch screen as the sensor position of the ball. resistive touch screen will convert pixels (the position of the ball) into the shape of the output voltage the position X and Y, through 2 channels of analog to digital conversion (ADC), an arduino uno r3 microcontroller form a close loop control system. This paper will discuss about electronic circuits supporting in the ball on plate balancing system primarily to gain speed and accuracy in reading the ADC microcontroller on a variety of the inertia moment of the ball. The parameters of the noise rejection became the most important part in the electronic circuits, if the system implemented without electronic circuit supporting then the noise from servo motor will affect the performance of the main power supply or analog input voltage. The disturbance from analog input voltage automatically affect the digital output voltage so that it required electronic circuit supporting in order to stabilize the results of reading the ADC in the resistive touch screen.
With growing costs of electricity and concern for the environmental impact of fossil fuels, implementation of eco-friendly energy sources like solar power are rising. The main method for harnessing solar power is with...
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ISBN:
(纸本)9781509023097
With growing costs of electricity and concern for the environmental impact of fossil fuels, implementation of eco-friendly energy sources like solar power are rising. The main method for harnessing solar power is with arrays made up of solar panels. Accumulation of dust and debris on even one panel in an array reduces their efficiency in energy generation considerably and emphasizes the need to keep the panels' surface as clean as possible. Current labor-based cleaning methods for solar arrays are costly in time, water and energy usage and lack automation capabilities. In this paper a novel design is presented for the first ever human portable robotic cleaning system for solar panels, which can clean and maneuver on the glass surface of a Solar panel array at varying angles from horizontal to vertical. This is done with the help of Microcontroller board arduino uno r3 which easily controls all the devices used in this particular model and therefore helps us to understand the required parameters which deal with the change in efficiency brought about by the cleansing of the solar panel arrays.
Two-wheeled self-balancing vehicle commercially known as "Segway" is a promising upcoming mode of transportation in many fields viz. corporate worlds, tourist place, medical field, or for personal use. In th...
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ISBN:
(纸本)9788132225263;9788132225256
Two-wheeled self-balancing vehicle commercially known as "Segway" is a promising upcoming mode of transportation in many fields viz. corporate worlds, tourist place, medical field, or for personal use. In this paper, a control strategy and sensor-based control of two-wheeled self-balancing vehicle is proposed. The concept of the stabilizing the vehicle is inspired from the inverse pendulum theory. Based on steady-state space mathematical model, the entire system control is divided into two subsystems: self-balance control system (forward or backward motion balancing) and yaw control system (left orright movement). The control strategy used is fuzzy logic and is applied to both subsystems. A prototype model of the self-balancing vehicle is developed and the proposed mathematical model and control logic are verified by testing on the developed prototype.
The upcoming technology where machine to machine communication is possible by deploying the intelligent sensors on machine for smart interaction. Internet of things (loT) gives a wide scope in many application domains...
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ISBN:
(纸本)9781467385879
The upcoming technology where machine to machine communication is possible by deploying the intelligent sensors on machine for smart interaction. Internet of things (loT) gives a wide scope in many application domains where number of smart gadgets per person is increasing exponentially with time. The automobile sector is also one of the application domain where vehicle can be made intelligent by using loT. This paper presents the interface of arduino uno r3 development board, sensor shield and smartphone. The proposed schematic is for car security which gives the access of car through internet and GPS, to the owner of car, in case car is stolen or damaged.
The upcoming technology where machine to machine communication is possible by deploying the intelligent sensors on machine for smart interaction. Internet of things (IoT) gives a wide scope in many application domains...
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ISBN:
(纸本)9781467385886
The upcoming technology where machine to machine communication is possible by deploying the intelligent sensors on machine for smart interaction. Internet of things (IoT) gives a wide scope in many application domains where number of smart gadgets per person is increasing exponentially with time. The automobile sector is also one of the application domain where vehicle can be made intelligent by using IoT. This paper presents the interface of arduino uno r3 development board, sensor shield and smartphone. The proposed schematic is for car security which gives the access of car through internet and GPS, to the owner of car, in case car is stolen or damaged.
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