Harbin Visual Computing Technologies

Address: 907-50 Glen Rd.
Hamilton, ON L8S 4N3
CA

Mailling Address: 907-50 Glen Rd.
Hamilton, ON L8S 4N3
CA

Phone: (905) 522-6972

Email: Click Here

Map it: Click Here

Website: http://www.harbinvc.com

Harbin Visual Computing Technologies

Harbin Visual Computing Technologies (HVCT) is a small business
with expertise in image processing/analysis, machine vision,
pattern recognition, and 3D visualization. We focus on the
development of core techniques of visual computing, and market
our products throught Original Equipment Manufacturers (OEMs)
and Value Added Resellers (VARs) who rely on us to develop some
of the most sophisticated visual computing solutions on the
market. This includes
* Next-generation human-computer interface
* Moving target detection, tracking, and recognition
* 3D visualization and medical imaging
* Image processing/analysis and computer vision
* Machine learning and data mining

HVCT's mission is to provide state of the art visual
information
processing, analysis, and visualization software products and
solutions. This includes
* Developing turn-key, end user software products
* Licensing our in-house libraries (SDK)
* Porting and customizing open-source libraries
* Providing professional consulting services

Company Details

Year Established: 2004

Total Sales ($CDN): $1 - $100,000

Number of Employees: 2

Company Information

Linda Xie
Title: Admin/Exec Assistant
Area of Responsibility: Administrative Services
Telephone: (905) 522-6972
Email: Click Here

Products

Head-controlled, Voice-commanded Mouse (vmouse)

Image Processing And Analysis Library (ipal)
IPAL is a well-organized, field-proven collection of C++ classes. What makes IPAL stand out among similar products on the market is its high performance and reliability plus our proprietary algorithms (robust, noise-resistant image registration, fastest Euclidean Distance Transform and skeletonization, just to name a few)

Pattern Recognition Library (prl)
PRL encapsulates commonly-used pattern recognition methodologies into a C++ library. It is used for constructing applications such as face recognition, fingerprint recognition, OCR, and one-dimensional signal recognition (like speech recognition, spectral recognition), etc.

Machine Vision Toolkit (mvtk)
MVTK consists of computer vision algorithms, from low-level to high level, such as camera calibration, fundamental matrix estimation, 3D reconstruction, motion analysis, etc.

Tracker Package (tracker)
HTracker is a small yet powperful package used for tracking moving object of any shape or size in unconstrained environment. It has boosttrap mechanism which lets itself recovered when losing track of a moving object.

Machine Learning Library (mll)
Machine learning is the exciting field of AI. MLL collects a few training based learning mechanisms, such as various neural networks, genetic algorithm, boosting technique, and support vector machine, etc. These are very powerful tools, but need to be tuned up and altered to solve specific problems.

Face Detection Package (facefinder)
This package is used for detecting faces in static images. It is proven to be the best face detection with both low FPR and FNR. Currently it is designed to detect only frontal faces.

Interactive Volume Visualization System (vinsight)
VInsight is an interactive system for volume visualization that allows researchers and engineers to quickly explore complex 3D volume data from eighter scanners (CT, MRI, US) or numeric simulations. VInsight provides a range of visualization tools which can be accessed through user-friendly GUI. The significant features of VInsight are (1) 3D texture mapping based volume rendering (fastest volume rendering method) (2) Iso-surfacing (3) Re-slicing (4) Multiple display layouts (5) Image segmentation and registration (6) Various data analysis and measurement tools

Micro-organism Identification System (vident)
VIdent is a fully automatic micro-organisms identification system. It uses IR spectra of unknown sample to identify various bacteria. The system can be adapted to perform other tasks, for example, identifying particular disease using patient's urine or blood samples.

Services