waris rattananimit - Academia.edu (original) (raw)

Papers by waris rattananimit

Research paper thumbnail of Design and Implementation for Human Face Detection with Surveillance Camera

Journal of Innovation and Technology for Learning, Jun 30, 2020

Current security systems using surveillance cameras are needed nowadays for safety and accuracy ... more Current security systems using surveillance cameras are needed nowadays for safety and
accuracy of data under investigation. Surveillance cameras in some areas are with very limited
functions. On the devices, a wi-fi module is mounted and interfaced with a Raspberry Pi.
Raspberry Pi receives signals from a wi-fi module and decodes the signals in the Raspberry Pi for
video transmission. Face detection is a python program running in Raspberry pi with Open CV
libraries capturing and locally storing images in real time from USB cameras to match a face
pattern in the detecting frame. If any intruder enters the area, the program will capture the image
of the person and checks with his images already stored on the Cloud. The study reports the
subjects in 4 groups and 9 different face detections being tested. The test involved sending a total
of 50 times shot commands and 89.72% shots were detected correctly. The accuracy of
recognition can be affected by such noises as image, light, and the blurring. These factors need to
be examined in further studies.

Research paper thumbnail of Development PM2.5 Dust Monitoring System on Cloud with PMS7003

Research paper thumbnail of Fall Detection Equation for Big Size Robot

There is a number of researches on detecting falling human which is no doubt that those researche... more There is a number of researches on detecting falling human which is no doubt that those researches are very helpful for saving human’s life from falling down accidentally. The results from the researches are not only benefit to medical field, but also profit to robotic field. From the decade of fast development on robot, It can be seen that various types of robot have been produced, from low to hi-technology. From that amount, there is plenty of them that were made by imitated human body and postures. That type of robot called Humanoid, the robot that looks similar to human being. The number of Humanoid robot is increasing significantly due to the fast development on technology over the last few decades. Not only in the human size, there has been trying to build much bigger size humanoid robots which mostly to fulfil people’s dream from cartoon or sci-fi movies. For example, 18 meters walking robot from Gumdam Global Challenge. Everyone knows the idiom “the bigger they are, the hard...

Research paper thumbnail of Energy Monitoring for Small Smart Farm Using Internet of Things

DEStech Transactions on Environment, Energy and Earth Sciences

The primary aim of this study is to monitor energy utilization. Real time energy monitoring to av... more The primary aim of this study is to monitor energy utilization. Real time energy monitoring to avoid over energy surcharges in residential buildings. We apply a low cost, advanced embedded hardware with Arduino NODEMCU ESP8266 and smartphone with cloud computing technologies are used to develop a prototype model. It will provide optimal solutions for real time monitoring of energy for regulation. Our system is based on Internet of Things (IoT) and mobile phone.

Research paper thumbnail of Robot for Agriculture Controlled by Smart Phone

Journal of Technology and Innovation in Tertiary Education, 2019

act Nowadays the robot technology plays an important role in the agriculture system by adding p... more act
Nowadays the robot technology plays an important role in the agriculture system by
adding product values of quality. Wireless sensors in wide-area agriculture are applications used
to handle a series of technical difficulties in information technology. This research proposed a
model for robots with wireless sensors for agricultural tracking and notification. The sensors and
microcontrollers are successfully interfaced with NodeMCU and wireless communication is
achieved among various Nodes. The Microcontroller receives many data from the sensors and
sends out data on WiFi. Users can view transferred data with a mobile device or smart phone.

Research paper thumbnail of Design and Implementation for Human Face Detection with Surveillance Camera

Journal of Innovation and Technology for Learning, Jun 30, 2020

Current security systems using surveillance cameras are needed nowadays for safety and accuracy ... more Current security systems using surveillance cameras are needed nowadays for safety and
accuracy of data under investigation. Surveillance cameras in some areas are with very limited
functions. On the devices, a wi-fi module is mounted and interfaced with a Raspberry Pi.
Raspberry Pi receives signals from a wi-fi module and decodes the signals in the Raspberry Pi for
video transmission. Face detection is a python program running in Raspberry pi with Open CV
libraries capturing and locally storing images in real time from USB cameras to match a face
pattern in the detecting frame. If any intruder enters the area, the program will capture the image
of the person and checks with his images already stored on the Cloud. The study reports the
subjects in 4 groups and 9 different face detections being tested. The test involved sending a total
of 50 times shot commands and 89.72% shots were detected correctly. The accuracy of
recognition can be affected by such noises as image, light, and the blurring. These factors need to
be examined in further studies.

Research paper thumbnail of Development PM2.5 Dust Monitoring System on Cloud with PMS7003

Research paper thumbnail of Fall Detection Equation for Big Size Robot

There is a number of researches on detecting falling human which is no doubt that those researche... more There is a number of researches on detecting falling human which is no doubt that those researches are very helpful for saving human’s life from falling down accidentally. The results from the researches are not only benefit to medical field, but also profit to robotic field. From the decade of fast development on robot, It can be seen that various types of robot have been produced, from low to hi-technology. From that amount, there is plenty of them that were made by imitated human body and postures. That type of robot called Humanoid, the robot that looks similar to human being. The number of Humanoid robot is increasing significantly due to the fast development on technology over the last few decades. Not only in the human size, there has been trying to build much bigger size humanoid robots which mostly to fulfil people’s dream from cartoon or sci-fi movies. For example, 18 meters walking robot from Gumdam Global Challenge. Everyone knows the idiom “the bigger they are, the hard...

Research paper thumbnail of Energy Monitoring for Small Smart Farm Using Internet of Things

DEStech Transactions on Environment, Energy and Earth Sciences

The primary aim of this study is to monitor energy utilization. Real time energy monitoring to av... more The primary aim of this study is to monitor energy utilization. Real time energy monitoring to avoid over energy surcharges in residential buildings. We apply a low cost, advanced embedded hardware with Arduino NODEMCU ESP8266 and smartphone with cloud computing technologies are used to develop a prototype model. It will provide optimal solutions for real time monitoring of energy for regulation. Our system is based on Internet of Things (IoT) and mobile phone.

Research paper thumbnail of Robot for Agriculture Controlled by Smart Phone

Journal of Technology and Innovation in Tertiary Education, 2019

act Nowadays the robot technology plays an important role in the agriculture system by adding p... more act
Nowadays the robot technology plays an important role in the agriculture system by
adding product values of quality. Wireless sensors in wide-area agriculture are applications used
to handle a series of technical difficulties in information technology. This research proposed a
model for robots with wireless sensors for agricultural tracking and notification. The sensors and
microcontrollers are successfully interfaced with NodeMCU and wireless communication is
achieved among various Nodes. The Microcontroller receives many data from the sensors and
sends out data on WiFi. Users can view transferred data with a mobile device or smart phone.