The basic and essential survival needs on earth is Water. In Recent times, the water scarcity is increased due to increase of population and deforestation. This paper based on development of an Internet of Things with solar powered irrigation using embedded method which is effective in agricultural field. Our project is to design a model of PIC for irrigation system which is supervised using Wi-Fi module (ESP8266). The WiFi module is operated using a (PIC) 16F877A from Microcontroller via utilizing the energy from the solar panel, run the motors which irrigates the field by sensing the moisture in the soil. The water above the marked level is pumped out by a motor by the information from the level sensor. The advancements of technology like IoT has vast demand in various operations. This system can easily access by the farmer to control the irrigation from anywhere in the world in an effective way.
Abstract-This paper proposes a advance technology which is completely innovative and creative. The urge of inventing this proposal lies on the bases of the idea of making a pen drive have an extendable memory capacity with a modern and digitalized look. This device can operate without the use of a computer system or a mobile. The computerized pen drive has a display unit to display the contents of the pen drive and in-built USB slots to perform data transmission to other pen drives directly without the use of the computer system. The implementation of the extendable memory slots to the computerized pen drive makes it a modern digitalized and extendable USB device. The implementation of an operating system and a processor to the pen drive are the main challenges in this proposed system. The design of the system is done in such a way that the device is cost efficient and user friendly. The design process and the hardware, software structures of this modern and digitalized USB device with extendable memory capacity are explained in detail in this paper.
This paper proposes an extremely innovative and creative pen-drive model which is totally computerized. The Imagination of a pen drive with a display and in-build USB ports has resulted in the development of this paper. The overall idea of this proposal is to build a pen drive which can be used even without a computer system. The challenge in this process is to develop an operating system to the pen drive device which is capable of displaying the contents of the pendrive and it must have the capacity to share its data through transmissions to other pen drive by means of the USB ports in-build in it. The important thing to be taken in consideration is the cost efficiency of the pen drive device and the prevention of the attack of the virus on the data a device to make it more reliable and secure resource through which we can do all the operation like pen drive but even without the use of the system.
The purpose of this project is to increase the knowledge of technology and services of smart homes for disabled people. There is a clear need for such new knowledge since the number of disabled people is significant. Indeed, new technologies and services of smart homes have the potential to increase effectiveness and efficiency of caring disabled. With right solutions there is a great potential to increase disabled persons' quality of life. The need for the development of such technologies and services increases due to the disabled individuals' desire to remain independent in their own homes, the increasing costs of health care, and the aging of the population. This article discusses the concept of secured door lock/unlock system for the differently able. The juxtaposition of safety vs. privacy can be alleviated with this technology. Moreover, as there is need to assist disabled to protect them from various forms of abuse, and prevent immoderation of pleasure giving activities.
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