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Computer Vision Researcher Resume

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PROFESSIONAL SUMMARY:

Expert in Image Processing, Computer Vision and Machine Learning - Strong Algorithmic, Math, and Programming skills -Excellent Analytic, Verbal, Writing & Presentation - Proficient in Problem Solving - Self Motivated- Practical Experience with Computer Vision Methods and Algorithms - Track Record in a Computer Vision (e.g., segmentation, registration, compression, modeling, detection and tracking) - Experience in Medical Image Processing- Experience in working within industry-university collaborations - Team and Project Management

TECHNICAL SKILLS:

Image Processing: Feature Detection, Feature Classification, Segmentation, Clustering

Geometry: Euclidean Distance Transform, Triangulation, Nearest Neighbor search

Statistical Classification: KNN, Random Forest, Decision Tree, Linear Programming, Machine Learning Supervised Learning, Unsupervised Learning, Reinforcement Learning

Digital Signal: Processing FFT, Wavelet

Sequence: Algorithms DTW, Sorting

Computer Graphics: Texture Mapping, 3D Visualization

Programming Languages: C++, C#,MATLAB, Python, OpenGL, HTML, CSS, PHP

Libraries: OpenCv, ImageJ, CImg, ITK, VTK

Statistical Packages: Octave, R Studio, Simfit, SPSS

Medical Imaging: MRI, PET, SPECT, DICOM Standard

Source: Control Mercurial, TFS

Databases: SQL, MS Access

Project Management: Planning, Control, Cost and Budget Estimation, Technical Presentations

EMPLOYMENT HISTORY:

Computer Vision Researcher

Confidential

Responsibilities:

  • Introduced an imagery inspection system for wind turbine blades inspection based on UAV images
  • Designed, coded, tested and maintained software and prepared research plan and final report Utilized: C++, OpenCv, MATLAB, Python

Computer Vision Consultant

Confidential

Responsibilities:

  • Confidential provides cutting-edge services in image processing, computer vision, machine learning and algorithms.
  • Designed nonwoven and textile inspection system for the detection of different kinds of defects Provide recommendations for re-engineering and streamlining business process
  • Developed algorithms to deal with low quality images for various biometric applications Utilized C++, OpenCv, eStudio

Postdoc Fellow in Medical Imaging Analysis

Confidential

Responsibilities:

  • Confidential provides technology development services focused in medical imaging.
  • Performed literature surveys and competitive analysis to understand existing and competing histopathology registration with multi-modality medical images (MRI, PET, SPECT)
  • Developed a prototype for registration and validation of 3D in vivo imaging to histopathology Worked closely with multi-disciplinary teams in requirements gathering and software design Utilized C++ / CLI, ImageJ, OpenCv, MATLAB, R studio, Mercurial, TFS

Image Processing Algorithms Developer

Confidential

Responsibilities:

  • Confidential Automation is a developer of machine vision camera systems and image inspection software for quality improvement.
  • Designed and implemented new and innovative approach for detection and inspection of defects in optical disks and cover lenses
  • Applied a novel approach to detect data matrix using geometric analysis technique
  • Designed fast and easy algorithm for finding the L-finder in data matrix that is superior to the existence technique and robust to image rotation and scale variance
  • Utilized C++, C#, ITK, MATLAB

Postdoctoral Fellow in Image Analysis

Confidential

Responsibilities:

  • Imaging Processing Lab. at TIT pursue research in areas related to image processing, pattern recognition, image processing expert system, computer vision, computer graphics and artificial life.
  • Developed a noise reduction algorithm to smooth non-uniform noisy image
  • Proposed new unsupervised algorithm for texture analysis and defect detection
  • Designed an innovative optimal features selection method based on the statistical techniques
  • Proposed image segmentation system to segment single or multi objects in the image of different modalities
  • Utilized C++, OpenCV, MATLAB

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