This paper discusses the use of image processing technique to detect lizards in a video stream. We discuss the categorization of form perception, human perception, and animal perception. The sub-categories of them are briefly discussed. We defragmented the video into a total of 3459 images, some are with only background scene, some contains lizard. We discuss how we apply background subtraction to segment out the lizard, followed by experiments comparing thresholding values and methods. We achieve an encouraging average hit rate of 98% and average computation time of 1.066 seconds.\u
Sensory exploitation occurs when signals address biases in the nervous system of potential receivers...
The diploma thesis describes the design and implementation of a program for counting secondary scale...
In this paper, a algorithm to find joints of a small animal like a lizard from the multiple-view sil...
This paper discusses the use of image processing technique to detect lizards in a video stream. We d...
Copyright 2015 SCITEPRESS (Science and Technology Publications, Lda.). Published version of the pape...
Testing sensory characteristics on herpetological species has been difficult
 due to a range of ...
Animal identification as a method for fauna study and conservation can be implemented using phenotyp...
Within-species discrimination is a prerequisite for social behaviour. This phenomenon is well establ...
Video showing rendered scenes of a lizard motion display under varying environmental conditions. The...
This paper examines the problem of detecting various types of animals in video sequence taken in the...
Rapidly looming objects are highly salient to most animal visual systems. The sensory processing of ...
Rapidly looming objects are highly salient to most animal visual systems. The sensory processing of ...
<p>Figure demonstrates how I3S Spot software was used to identify 3 different individuals (A, B and ...
Animal biometrics is a challenging task. In the literature, many algorithms have been used, e.g. pen...
The way image sequences are encoded by technological systems, that is video, is fundamentally tied t...
Sensory exploitation occurs when signals address biases in the nervous system of potential receivers...
The diploma thesis describes the design and implementation of a program for counting secondary scale...
In this paper, a algorithm to find joints of a small animal like a lizard from the multiple-view sil...
This paper discusses the use of image processing technique to detect lizards in a video stream. We d...
Copyright 2015 SCITEPRESS (Science and Technology Publications, Lda.). Published version of the pape...
Testing sensory characteristics on herpetological species has been difficult
 due to a range of ...
Animal identification as a method for fauna study and conservation can be implemented using phenotyp...
Within-species discrimination is a prerequisite for social behaviour. This phenomenon is well establ...
Video showing rendered scenes of a lizard motion display under varying environmental conditions. The...
This paper examines the problem of detecting various types of animals in video sequence taken in the...
Rapidly looming objects are highly salient to most animal visual systems. The sensory processing of ...
Rapidly looming objects are highly salient to most animal visual systems. The sensory processing of ...
<p>Figure demonstrates how I3S Spot software was used to identify 3 different individuals (A, B and ...
Animal biometrics is a challenging task. In the literature, many algorithms have been used, e.g. pen...
The way image sequences are encoded by technological systems, that is video, is fundamentally tied t...
Sensory exploitation occurs when signals address biases in the nervous system of potential receivers...
The diploma thesis describes the design and implementation of a program for counting secondary scale...
In this paper, a algorithm to find joints of a small animal like a lizard from the multiple-view sil...