File
Face recognition using convolutional macropixel comparison approach
Digital Document
Abstract |
Abstract
Convolutional Neural Network (CNN) is a widely used deep learning framework and is applied in the field of face recognition achieving outstanding results. Macropixel Comparison Approach is a shallow mathematical approach that recognizes face by comparing original pixel blocks of face images. In this thesis, we are inspired by ideas of the currently popular deep neural network framework and introduce two features into the mathematical approach: deep overlap and weighted filter. The aim is exploring if the idea of deep learning could benefit mathematical method which might extends the scope of face recognition research. Results from our experiments show that the new proposed approach achives markedly better recognition rates than the original macropixel method. |
---|---|
Persons |
Persons
Author (aut): Li, Yunke
Thesis advisor (ths): Chen, Liang
Degree committee member (dgc): Polajnar, Jernej
Degree committee member (dgc): Li, Jianbing
|
Degree Name |
Degree Name
|
Department |
Department
|
DOI |
DOI
https://doi.org/10.24124/2018/58868
|
Collection(s) |
Collection(s)
|
Origin Information |
|
||||||
---|---|---|---|---|---|---|---|
Organizations |
Degree granting institution (dgg): University of Northern British Columbia
|
||||||
Degree Level |
Subject Topic | |
---|---|
Keywords |
Keywords
convolutional neural network (CNN)
face recognition
macropixel
mathematical method
macropixel comparison approach
|
Extent |
Extent
1 online resource (72 pages)
|
---|---|
Physical Form |
Physical Form
|
Physical Description Note |
Physical Description Note
PUBLISHED
|
Content type |
Content type
|
Resource Type |
Resource Type
|
Genre |
Genre
|
Language |
Language
|
Handle |
Handle
Handle placeholder
|
---|
Use and Reproduction |
Use and Reproduction
author
|
---|---|
Rights Statement |
Rights Statement
|
unbc_58868.pdf1.69 MB
Download
Language |
English
|
---|---|
Name |
Face recognition using convolutional macropixel comparison approach
|
Authored on |
|
MIME type |
application/pdf
|
File size |
1771696
|
Media Use |