LabVIEW

sensors allowed the students to compare the stresses and strains experienced in the truss during the experiment with theoretical values from ANSYS ADPL. In Figure 3.1 , the layout of the truss and measuring devices is shown.   The students were required to trace the lead wires from each device to ensure that when pulling the data, the right information was being labeled under the correct column in the self-writing excel file. The DAQ 1 board housed the five data converters to ensure

analog input pins (1 to 16) and alternate side has the digital input pins (17 to 32). AIx pins are the input channels where input analog quantities are to be given whereas AO pins are the output channels where the output is to be obtained. 3.1.9 LabVIEW software This software is the product of national instruments which can be used for various automotive applications; e.g. data acquisition, instrument control, test automation, industrial control and embedded system. Basically, it has two windows

used in modern building and industries are getting costlier. So very efficient and low cost electrical panel system is required which can give continuous monitoring and measurement of power and also it can protect the whole electrical system. As LabVIEW being worlds number one virtual programming software, this type of electrical panel can be designed which will not only show different parameters but will also protect the electrical system. The main components which are essential to show on electrical

Abstract- Wireless sensor networks have been used in agricultural scenario because of the need for enhancing precision, quality and quantity in farming. This paper is about developing a prototype for the system which utilized a real time wireless sensor network to communicate wirelessly with a pest management system that measures the parameters air temperature and air humidity in an Apple farm for the prediction of disease, Apple Scab in Apple. For this purpose an application software has been

IMPLEMENTATION OF ROBUST SAMPLING IN WIRELESS SENSOR NETWORKS FOR ENERGY CONSERVATION Importance and Relevance and Novelty of the Project: 1. About Wireless Sensor Networks Now-a-days, deployment of wireless sensor networks for real-time applications has increased a lot. As and when, we talk about monitoring, transmitting (wireless), and controlling various physical conditions at a site, which we basically call a smart system, can be easily achieved by the wireless sensor networks. A wireless sensor

Chapter 1. INTRODUCTION 1.1. CURRENT SCENARIO In current scenario, various sensors of plant is connected to the PLC for the data communication and PLC is program such that it give controlling output according to the threshold value of sensors. In this if the value of sensor is below or above the sensor value then it gives the respective output. This output is nothing but the controlling output from the PLC which gives signal to controlling device like value or alarm

Abstract-Wireless sensor networks have many advantages over traditional wired sensing technology, due to their embedded construction. This technology has been used in agricultural scenario because of the need for enhancing precision, quality and quantity in farming. In this paper, we developed a prototype for the system which utilized a real time wireless sensor network to communicate wirelessly to a pest management system that measures the various parameters like air temperature, air humidity and

mode can be used to control a large number of job sites to monitor working conditions at the same time. To reduce the cost of the system, the data acquisition was done using built in sound card of the PC in place of DAC. This work was done using LABVIEW as

Abstract- Wireless sensor networks have many advantages over traditional wired sensing technology, due to their embedded construction. This technology has been used in agricultural scenario because of the need for enhancing precision, quality and quantity in farming. This paper is about developing a prototype for the system which utilized a real time wireless sensor network to communicate wirelessly with a pest management system that measures the various parameters like air temperature, air humidity

ABSTRACT Wireless Sensor Networks are formed by autonomous nodes containing partial memory, better range of communication, power and capable bandwidth. WSN are used to inspect the corporal and environmental conditions through a system and perform data processing. However, during data acquisition different types of issues and circumstances are to be resolved. In this study, we have discussed about the data acquisition from wireless sensor networks having some faulty nodes. Here, we perform removal