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$30 USD / hora
Bandera de MALAYSIA
shah alam, malaysia
$30 USD / hora
Aquí son las 6:59 p. m.
Se unió el abril 10, 2017
1 Recomendación

Weng Kit T.

@wktham

 5,0 (4 comentarios)
4,0
4,0
100%
100%
$30 USD / hora
Bandera de MALAYSIA
shah alam, malaysia
$30 USD / hora
100 %
Trabajos finalizados
100 %
Dentro del presupuesto
100 %
A tiempo
N/A
Tasa de recontratación

Mechatronics Engineer

A researcher in Robotics lab from Malaysia. I design and develop software for automation system, and robotics (mobile robot, underwater tracked vehicle, underwater survey robot and industrial robot arm) Currently I am exploring full stack software development
Freelancer Electronics Engineers Malaysia
Ver todo Electronics Engineers en Malaysia

Contacta Weng Kit T. sobre tu trabajo

Inicia sesión para comentar cualquier detalle por chat.

Portafolio

9969288
Short clip of Underwater Tracked vehicle with multiple view
9969270
Two 5dof hobbyist robot arms are used in this project. Servos used are digital servos with feedback wire. User's hands position is sent to Arduino Mega for computation. The positions of hands are translated to robot joint angles using inverse kinematic function. Two webcams are placed aboce the robot to provide stereoscopic vision back to VR headset
Telecontrol of hobbyist robotic arm using VR
9969258
A high resolution camera with minimal distortion is used in this project. Camera calibration is performed using OpenCV to obtain extrinsic and intrinsic parameters. The objective is to detect impurities with size up to 20micrometer (detectable in pixel) and guide the suction pin to coordinates of impurities. item used: 1. Matrix Vision camera 2. Delta Electronics servo AC motors 4. SMC pneumatic parts
High Precision Cartesian Robot with Suction for food cleanin
A high resolution camera with minimal distortion is used in this project. Camera calibration is performed using OpenCV to obtain extrinsic and intrinsic parameters. The objective is to detect impurities with size up to 20micrometer (detectable in pixel) and guide the suction pin to coordinates of impurities. item used: 1. Matrix Vision camera 2. Delta Electronics servo AC motors 4. SMC pneumatic parts
High Precision Cartesian Robot with Suction for food cleanin
9969247
This project is developed in conjunction to launching of Malaysia 5G to showcase the use of robotics which requires high bandwith. Software development is done in Unity to acquire tracking data to be sent to Cobot. Two cameras on the robot is stream back into VR headset to provide depth sensation to user
Telecontrol of Cobot using VR kit
3378802
The project is performed using MATLAB Contrast enhancement and denoising MRI knee images. Interpreted Histogram Equalization methods into .m function code. Read .dcm and image format file Qualitative analysis PSNR. Knee cartilage segmentation GUI using Random Walker This work contributed towards publication of Gan, Hong-Seng, et al. "Medical image visual appearance improvement using bihistogram bezier curve contrast enhancement: data from the osteoarthritis initiative." The Scientific World Journal 2014 (2014).
Image Processing - Contrast Enhancement and Denoising
The project is performed using MATLAB Contrast enhancement and denoising MRI knee images. Interpreted Histogram Equalization methods into .m function code. Read .dcm and image format file Qualitative analysis PSNR. Knee cartilage segmentation GUI using Random Walker This work contributed towards publication of Gan, Hong-Seng, et al. "Medical image visual appearance improvement using bihistogram bezier curve contrast enhancement: data from the osteoarthritis initiative." The Scientific World Journal 2014 (2014).
Image Processing - Contrast Enhancement and Denoising
The project is performed using MATLAB Contrast enhancement and denoising MRI knee images. Interpreted Histogram Equalization methods into .m function code. Read .dcm and image format file Qualitative analysis PSNR. Knee cartilage segmentation GUI using Random Walker This work contributed towards publication of Gan, Hong-Seng, et al. "Medical image visual appearance improvement using bihistogram bezier curve contrast enhancement: data from the osteoarthritis initiative." The Scientific World Journal 2014 (2014).
Image Processing - Contrast Enhancement and Denoising
The project is performed using MATLAB Contrast enhancement and denoising MRI knee images. Interpreted Histogram Equalization methods into .m function code. Read .dcm and image format file Qualitative analysis PSNR. Knee cartilage segmentation GUI using Random Walker This work contributed towards publication of Gan, Hong-Seng, et al. "Medical image visual appearance improvement using bihistogram bezier curve contrast enhancement: data from the osteoarthritis initiative." The Scientific World Journal 2014 (2014).
Image Processing - Contrast Enhancement and Denoising
The project is performed using MATLAB Contrast enhancement and denoising MRI knee images. Interpreted Histogram Equalization methods into .m function code. Read .dcm and image format file Qualitative analysis PSNR. Knee cartilage segmentation GUI using Random Walker This work contributed towards publication of Gan, Hong-Seng, et al. "Medical image visual appearance improvement using bihistogram bezier curve contrast enhancement: data from the osteoarthritis initiative." The Scientific World Journal 2014 (2014).
Image Processing - Contrast Enhancement and Denoising
The project is performed using MATLAB Contrast enhancement and denoising MRI knee images. Interpreted Histogram Equalization methods into .m function code. Read .dcm and image format file Qualitative analysis PSNR. Knee cartilage segmentation GUI using Random Walker This work contributed towards publication of Gan, Hong-Seng, et al. "Medical image visual appearance improvement using bihistogram bezier curve contrast enhancement: data from the osteoarthritis initiative." The Scientific World Journal 2014 (2014).
Image Processing - Contrast Enhancement and Denoising
9569034
A project to showcase the use of industrial robot arm controlled using VR system from conventional Teach Pendant method. The project is developed within two weeks time from ideation, design phase, parts procurement and software development
Teleoperated Industrial Robot Arm for Showcase
9969288
Short clip of Underwater Tracked vehicle with multiple view
9969270
Two 5dof hobbyist robot arms are used in this project. Servos used are digital servos with feedback wire. User's hands position is sent to Arduino Mega for computation. The positions of hands are translated to robot joint angles using inverse kinematic function. Two webcams are placed aboce the robot to provide stereoscopic vision back to VR headset
Telecontrol of hobbyist robotic arm using VR
9969258
A high resolution camera with minimal distortion is used in this project. Camera calibration is performed using OpenCV to obtain extrinsic and intrinsic parameters. The objective is to detect impurities with size up to 20micrometer (detectable in pixel) and guide the suction pin to coordinates of impurities. item used: 1. Matrix Vision camera 2. Delta Electronics servo AC motors 4. SMC pneumatic parts
High Precision Cartesian Robot with Suction for food cleanin
A high resolution camera with minimal distortion is used in this project. Camera calibration is performed using OpenCV to obtain extrinsic and intrinsic parameters. The objective is to detect impurities with size up to 20micrometer (detectable in pixel) and guide the suction pin to coordinates of impurities. item used: 1. Matrix Vision camera 2. Delta Electronics servo AC motors 4. SMC pneumatic parts
High Precision Cartesian Robot with Suction for food cleanin
9969247
This project is developed in conjunction to launching of Malaysia 5G to showcase the use of robotics which requires high bandwith. Software development is done in Unity to acquire tracking data to be sent to Cobot. Two cameras on the robot is stream back into VR headset to provide depth sensation to user
Telecontrol of Cobot using VR kit
3378802
The project is performed using MATLAB Contrast enhancement and denoising MRI knee images. Interpreted Histogram Equalization methods into .m function code. Read .dcm and image format file Qualitative analysis PSNR. Knee cartilage segmentation GUI using Random Walker This work contributed towards publication of Gan, Hong-Seng, et al. "Medical image visual appearance improvement using bihistogram bezier curve contrast enhancement: data from the osteoarthritis initiative." The Scientific World Journal 2014 (2014).
Image Processing - Contrast Enhancement and Denoising
The project is performed using MATLAB Contrast enhancement and denoising MRI knee images. Interpreted Histogram Equalization methods into .m function code. Read .dcm and image format file Qualitative analysis PSNR. Knee cartilage segmentation GUI using Random Walker This work contributed towards publication of Gan, Hong-Seng, et al. "Medical image visual appearance improvement using bihistogram bezier curve contrast enhancement: data from the osteoarthritis initiative." The Scientific World Journal 2014 (2014).
Image Processing - Contrast Enhancement and Denoising
The project is performed using MATLAB Contrast enhancement and denoising MRI knee images. Interpreted Histogram Equalization methods into .m function code. Read .dcm and image format file Qualitative analysis PSNR. Knee cartilage segmentation GUI using Random Walker This work contributed towards publication of Gan, Hong-Seng, et al. "Medical image visual appearance improvement using bihistogram bezier curve contrast enhancement: data from the osteoarthritis initiative." The Scientific World Journal 2014 (2014).
Image Processing - Contrast Enhancement and Denoising
The project is performed using MATLAB Contrast enhancement and denoising MRI knee images. Interpreted Histogram Equalization methods into .m function code. Read .dcm and image format file Qualitative analysis PSNR. Knee cartilage segmentation GUI using Random Walker This work contributed towards publication of Gan, Hong-Seng, et al. "Medical image visual appearance improvement using bihistogram bezier curve contrast enhancement: data from the osteoarthritis initiative." The Scientific World Journal 2014 (2014).
Image Processing - Contrast Enhancement and Denoising
The project is performed using MATLAB Contrast enhancement and denoising MRI knee images. Interpreted Histogram Equalization methods into .m function code. Read .dcm and image format file Qualitative analysis PSNR. Knee cartilage segmentation GUI using Random Walker This work contributed towards publication of Gan, Hong-Seng, et al. "Medical image visual appearance improvement using bihistogram bezier curve contrast enhancement: data from the osteoarthritis initiative." The Scientific World Journal 2014 (2014).
Image Processing - Contrast Enhancement and Denoising
The project is performed using MATLAB Contrast enhancement and denoising MRI knee images. Interpreted Histogram Equalization methods into .m function code. Read .dcm and image format file Qualitative analysis PSNR. Knee cartilage segmentation GUI using Random Walker This work contributed towards publication of Gan, Hong-Seng, et al. "Medical image visual appearance improvement using bihistogram bezier curve contrast enhancement: data from the osteoarthritis initiative." The Scientific World Journal 2014 (2014).
Image Processing - Contrast Enhancement and Denoising
9569034
A project to showcase the use of industrial robot arm controlled using VR system from conventional Teach Pendant method. The project is developed within two weeks time from ideation, design phase, parts procurement and software development
Teleoperated Industrial Robot Arm for Showcase

Comentarios

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Mostrando 1 - 4 de 4 reseñas
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5,0
$850,00 USD
control code and more for kinetic display
It was a pleasure to work with Weng! We had a challenging project but Weng stuck with it and was super helpful in many areas. Communication was great and despite the time difference, everything went quite well. What initially made me choose Weng was that he had actually looked at and thought about our project details before quoting, and he asked all the right questions. I look forward to working with Weng again in the near future, and I would certainly recommend him to others. Thank you Weng!
Avatar del usuario
Bandera de Steven D.
@grunetech
•
hace 2 años
5,0
$95,00 USD
Project 33523531 has been deleted
Did good work, and revised solutions whenever he found any mistake
Avatar del usuario
Bandera de Brajesh C.
@bchandra1955
•
hace 2 años
5,0
$30,00 USD
Project 33798568 has been deleted
He knew what he is doing. Did a great job in very short span of time
A
Closed User
@Ajay2051P
•
hace 2 años
4,4
$10,00 USD
Telemarket for me
Thanks for your effort!
Telemarketing
Avatar del usuario
Bandera de Sree Ashis D.
@pongku7
•
hace 7 años

Educación

B. Eng (Hons) Electronics - Mechatronics

Universiti Teknologi Malaysia, Malaysia 2011 - 2014
(3 años)

Publicaciones

Development of ROV based Water Tank Cleaning Robot

Jurnal Teknologi, 72(2)
In this paper, an alternative cleaning method using a Remotely Operated Underwater Vehicle (ROV) is proposed. Using ROV, water supply disruption can be prevented and cleaning process will be more efficient and cost effective.

Task learning utilizing curve fitting method for kinect based humanoid robot

2014 IEEE International Conference on Robotics and Biomimetics
In this paper, human mimicry as a teleoperation method is presented using a semi-humanoid robot, with Microsoft Kinect sensor as its interface. Vector calculations are used to obtain joint angles of human body to be imitated by the humanoid robot, focusing on upper body imitation. Then, a task learning methodology is proposed for the humanoid robot to carry out a task independently by using curve-fitting method.

Interactive knee cartilage extraction using efficient segmentation software:

International Conference on Biomedical Engineering and Biotechnology 2014
In this paper, we propose an interactive knee cartilage extraction software that covers three important features: intuitiveness, speed, and convenience. The segmentation is performed using multi-label random walks algorithm.

Medical Image Contrast Enhancement Using Spline Concept: Data from the Osteoarthritis Initiative

Journal of Medical Imaging and Health Informatics, Volume 4, Number 4, August 2014, pp. 511-520(10)
In this work, we propose to implement cubic spline to reduce the difference in pixel intensity prior to histogram equalization while retaining the partition of histogram to prevent dramatic mean brightness shift in resultant image.

Medical Image Visual Appearance Improvement Using Bihistogram Bezier Curve Contrast Enhancement:

The Scientific World Journal, vol. 2014
In this work, the proposed bihistogram Bezier curve contrast enhancement introduces the concept of “adequate contrast enhancement” to overcome sudden jump problem in knee magnetic resonance image. The proposed method improves tissue contrast and preserves pertinent knee features without compromising natural image appearance.

Contacta Weng Kit T. sobre tu trabajo

Inicia sesión para comentar cualquier detalle por chat.

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Principales habilidades

Electronics 2
Microcontroller 2
Arduino 2
Engineering 1
Electrical Engineering 1

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