Biohavior

research-biohaviour-theory

Predictive Non-Determinism

Nature is an extraordinarily complex system, with many different actions going on, all triggered by many different effects and information...
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Predictive Non-Determinism
research-system-development

Actors: A Simpler Version of Agents

At around the same time period of agent's evolution as software agents, actor model was introduced. Actors can be considered...
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Actors: A Simpler Version of Agents
research-biohaviour-theory

Not quite Design Genes…

Our Design Series has presented the principles and implementation of design genes in the development of organisms within the Blind...
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Not quite Design Genes…
research-system-development

Agents: Architecture and Frameworks

Intelligent agents (or simply agents) perceive the environment through sensors and act upon that environment through actuators. These actions are...
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Agents: Architecture and Frameworks
research-biohaviour-theory

A Tree’s Intrinsic Rules can Dictate it’s Leaf Size

In nature we are aware of some of the environmental effects that dictate how a tree grows. These includes facts...
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A Tree’s Intrinsic Rules can Dictate it’s Leaf Size
research-implementation

Design Genes: Phenotype Exploration

So far in the Design Gene research article series we have presented all the initial work in understanding genes, creating...
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Design Genes: Phenotype Exploration
research-biohaviour-theory

Fractals

The fractal foundation describes fractals as “infinitely complex patterns that are self-similar across different scales. They are created by repeating...
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Fractals
research-system-development

Using the Blind Watchmaker

A simple GUI As we build the theory of the Blind Watchmaker and implement it in our Smart-MaaS system it...
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Using the Blind Watchmaker
research-biohaviour-theory

Developing Towards a Support

We now have the concept of design genes controlling the development of the organism and the theory of tropism from...
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Developing Towards a Support
research-implementation

Design Genes – Genotype to Phenotype

Previously in the Design Gene series we introduced how an organism is grown from the design genes themselves (see Part...
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Design Genes – Genotype to Phenotype
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Biohaviour Theory


research-biohaviour-theory

Developing Towards a Support

We now have the concept of design genes controlling the development of the organism and the theory of tropism from nature and its potential application...
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research-biohaviour-theory

Design Genes – Genes to Organism: Growth in Blind Watchmaker

Growth in Blind Watchmaker So far in the Design Gene series we have covered what design genes are, the principles of design genes and how...
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research-biohaviour-theory

Branching

Figure 1 A tree branching as it grows In nature trees branch to extend their leaf coverage in its quest for greater absorption of light...
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research-biohaviour-theory

Design Genes – Principles of Design Genes

What is a design gene? A quick recap from Part 1 in the series on Design Genes. Design genes act as instructions to allow structures...
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Implementation


System Development


research-system-development

Digital Manufacturing: What it Means to Blind Watchmaker

Digital manufacturing refers to the manufacturing process that uses computer systems. Due to the recent advancement in the information and communication technology (ICT) field, digital...
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research-system-development

SmartMaaS: Smart Manufacturing-as-a-Service

As the needs of the customers continue to increase, Biohaviour is expanding on the capabilities of cloud-based manufacturing to meet the customer requirements with the...
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