WEEK 9: Literature Review

This is the summary of the journals I’ve read and reviewed which I summarized it in a table. The table consists of the parameters investigated, the technology used as in the hardware and software implemented and also the place where the parameters is investigated.

A Remote Wireless System for Water Quality Online Monitoring in Intensive Fish Culture. By Xiuna Zhu, Daoliang Li, Jianqin Wang, Daokun Ma, Feifei Li (2010)
Parameter	Hardware	Location used
a)      Temperature b)      Dissolved oxygen c)      pH Water d)      Electrical conductivity	a)      Remote Monitoring platform b)      PICNIC2.0 (TriState, Japan) as the core-processing chip c)      CDMA module (InRouter210C, China) for data transformation and transmission d)      Temperature Sensor e)      Dissolved oxygen Sensor f)       pH Sensor g)      Electrical conductivity Sensor	Fish pond
Design and Deployment of Aqua Monitoring System Using Wireless Sensor Networks and IAR-Kick. By Chandanapalli S. B., Sreenivasa R. E., and Rajya L. D., (2014)
Parameter	Hardware	Location used
a)      Temperature outside and inside of the water b)      pH c)      Humidity	a)      ZigBee Wireless Sensor Node b)      GSM c)      AT89C52 microcontroller d)      Temperature sensors e)      pH sensor f)       Humidity Sensor	Fish pond
Wireless Sensor Network-Based Solution for Environmental Monitoring: Water Quality Assessment Case Study. By Octavian Postolache, José Dias Pereira, Pedro Silva Girão, (2014)
Parameter	Hardware	Location Used
a)   Conductivity b)   Temperature c)   Turbidity	a)      ZigBee Wireless Sensor Node b)      Conductivity Sensor c)      Temperature Sensor d)      Turbidity Sensor	Fish Pond