Multi-channel data acquisition and data logging for Green House application

Samal, Nilimamayee; Pati, Umesh Chandra

doi:10.1109/sceecs.2014.6804507

Cited by 5 publications

(2 citation statements)

References 8 publications

Supporting

Mentioning

Contrasting

Order By: Relevance

“…It was observed to increase the battery efficiency in wireless networks but the reading were hardware dependent. Samal and Pati (2014) performed the data acquisition and data logging of soil ph level and temperature in a greenhouse environment using the LabVIEW interface and also proposed the future enhancement of TCP/IP and wireless data acquisition.…”

Section: Literature Reviewmentioning

confidence: 99%

IOT Based Green House Monitoring System

Singh¹,

Chandra²

2018

Journal of Computer Science

View full text Add to dashboard Cite

With industrialization and continuously evolving climatic conditions, the urge to practice agriculture with the fusion of technology has become a necessity. In the era of Internet of Things where all eyes are witnessing the evolution of machine to machine interaction, there is also a lack of clarity in considering the type of protocol to be used in building a particular system like Green House. A green house is a regulated environment for agriculture where critical parameters like temperature, light, humidity, ph level of soil can be monitored with the help of sensor systems using Internet of Things protocols. Message Queue Telemetry Transfer protocol was chosen over Constrained Application Protocol and Extensible Messaging and Presence Protocol in the experiment conducted in terms of its light weight transmission, resource consumption and effectively providing the different quality of services to detect the temperature and humidity as well as the gas leaks encountered in a greenhouse environment.

show abstract

Section: Literature Reviewmentioning

confidence: 99%

IOT Based Green House Monitoring System

Singh¹,

Chandra²

2018

Journal of Computer Science

View full text Add to dashboard Cite

show abstract

“…Raspberry model was found to be suitable and more flexible. Samal et al [15] presented data logging system for green house application using NI cDAQ 9178 PCBs integrated with thermocouple module (NI 9219) for temperature mapping. Whereas NI-ELVIS-II+ were used for pH mapping.…”

Section: Introductionmentioning

confidence: 99%

Design and development of a novel multichannel data acquisition system using labview for an automobile air conditioning application

Shalgar

Bindu

2022

Journal of Thermal Engineering

View full text Add to dashboard Cite

To sustain in the ever-changing environment and to combat the atmospheric effect, development of a highly efficient and an environment friendly air conditioning system which can run in parallel or as an alternative to an existing vapor compression system is the need of the hour and such novel hybrid air conditioning system are under development today. For the parameters attribution mapping of such novel hybrid air conditioning system, todays commercially available data acquisition systems (DAS) need to be customized to the requirements of addition of sensor nodes and their integration with triggering mechanism for actuation of devices for its programmed operation. Therefore, this paper describes the design and development of novel multichannel data acquisition system (NMDAS) for automobile air conditioning application. The details of the hardware design, software design, error analysis and testing of the NMDAS are presented. The proposed NMDAS uses PLC module DVP16SP configured with analog reader DVP 04TC for temperature measurement at 32 nodes and DVP04AD for pressure or humidity measurements at 8 nodes. The triggering circuit for activation of the relay is enabled using NI LabVIEW user interface and PLC data. The output of the NMDAS is integrated with processor by RS 232 port for data storage and processing. The error analysis of temperature, pressure and humidity measurements are done by comparing with reference calibration standards. The average thermal stability of the temperature sensors over the operating range of -5˚C to 150˚C is 0.0015°C. The average accuracy of pressure transmitters for operating range of pressure 0 to 40bar is estimated 98.219%. The minimum error in the output current is 0.375% and maximum error is 7.125% over relative humidity span of 0%RH to 100% RH respectively. The proposed NMDAS is used for testing of the novel hybrid air conditioning system of automobile during development stage and is found expedient.

show abstract

Data logging and energy consumption analysis of two houses in St. John's, Newfoundland

Jesha

Iqbal

2014

8th International Conference on Electrical and Computer Engineering

View full text Add to dashboard Cite

In this paper a design of a low cost data logger to log temperature and power consumption in a house is presented. The designed data logger is capable of logging four AC current and two temperature measurements. It is based on a low cost microcontroller PIC18F4550. Microcontroller is programmed using Mikrobasic. The circuit displays temperature measurements on an LCD display and all measurements are also stored in separate files on a sd card. Power consumption of two houses was logged for one year using a sampling time of 2 minutes. The data stored in a sd card is used for further analysis. This paper also presents design of data logger and a detailed analysis of energy consumption of two houses based on collected data. Data analysis indicates power consumption pattern and its variation over a year. Analysis indicates that the logged data and monthly data collected by the utility company give similar energy consumption.

show abstract

Multi-channel data acquisition and data logging for Green House application

Cited by 5 publications

References 8 publications

IOT Based Green House Monitoring System

IOT Based Green House Monitoring System

Design and development of a novel multichannel data acquisition system using labview for an automobile air conditioning application

Data logging and energy consumption analysis of two houses in St. John's, Newfoundland

Contact Info

Product

Resources

About