Abstract- This work proposes a model of the development of visual object recognition, based on the combination of two dierent articial neural architectures, both supporting self-organization: LISSOM and SOM. The former is a better approximation of the biological computations in cortical areas, including lateral connections, the latter is best suited for a simple synthesis of non localized processes, like object categorization. Key words- object recognition, self-organizing maps, visual invariance
A self-organizing neural network architecture based on Adaptive Resonance Theory (ART) is proposed. ...
There are many reports of patients who, after sustaining brain damage, exhibit a selective recogniti...
Ritter H. Parametrized Self-Organizing Maps for Vision Learning Tasks. In: Marinaro M, ed. ICANN ’94...
The problem of computing object-based visual representations can be construed as the development of ...
This paper proposes a new invariant feature-space system based in the log-polar image representation...
Abstract. We present a modification of the well-known Self-Organizing Map (SOM) in which we incremen...
Abstract. The model here proposed simulates the development of the object recognition capability, as...
This course deals with self-organization of networks with respect to two aspects: On the one hand th...
On one hand, the visual system has the ability to differentiate between very similar objects. On th...
The Self-Organizing Map (SOM) is a neural network algorithm, which uses a competitive learning techn...
A classifier with self-organizing maps (SOM) as feature detectors resembles the biological visual sy...
Self-organizing maps (SOMs) have become popular for tasks in data visualization, pattern classificat...
Abstract: This paper presents a new organizing principle for perceptual systems based on multiple Ko...
A review of recent development of the self-organising map (SOM) for applications related to data map...
We propose selection of cartographic objects based on the technique of self-organizing map (SOM), an...
A self-organizing neural network architecture based on Adaptive Resonance Theory (ART) is proposed. ...
There are many reports of patients who, after sustaining brain damage, exhibit a selective recogniti...
Ritter H. Parametrized Self-Organizing Maps for Vision Learning Tasks. In: Marinaro M, ed. ICANN ’94...
The problem of computing object-based visual representations can be construed as the development of ...
This paper proposes a new invariant feature-space system based in the log-polar image representation...
Abstract. We present a modification of the well-known Self-Organizing Map (SOM) in which we incremen...
Abstract. The model here proposed simulates the development of the object recognition capability, as...
This course deals with self-organization of networks with respect to two aspects: On the one hand th...
On one hand, the visual system has the ability to differentiate between very similar objects. On th...
The Self-Organizing Map (SOM) is a neural network algorithm, which uses a competitive learning techn...
A classifier with self-organizing maps (SOM) as feature detectors resembles the biological visual sy...
Self-organizing maps (SOMs) have become popular for tasks in data visualization, pattern classificat...
Abstract: This paper presents a new organizing principle for perceptual systems based on multiple Ko...
A review of recent development of the self-organising map (SOM) for applications related to data map...
We propose selection of cartographic objects based on the technique of self-organizing map (SOM), an...
A self-organizing neural network architecture based on Adaptive Resonance Theory (ART) is proposed. ...
There are many reports of patients who, after sustaining brain damage, exhibit a selective recogniti...
Ritter H. Parametrized Self-Organizing Maps for Vision Learning Tasks. In: Marinaro M, ed. ICANN ’94...