Lijia Zhang’s scientific contributions

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Publications (1)

Fig. 1. An example of "cross-cutting" in nervous system: synchronization of limbs in walking .
Fig. 2. The structure of neuron.
Fig. 3. Long-term habituation leads to a loss of synapses, and long-term sensitized to an increase.[10]
Fig. 5. Another representation of Aspect and Class[13]
Fig. 9. The architecture of Aspect-Oriented evolvable and adaptive software and the biological analog
Aspect-Oriented: a Candidate for the Biologically Inspired Programming Paradigm for Neural Networks and Evolvable Software
  • Conference Paper
  • Full-text available

September 2004

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717 Reads

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1 Citation

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Xuefei Tang

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Lijia Zhang

We observe that the nervous systems of biology handle "the non-orthogonal concerns" effectively other than the Object-Oriented paradigm does. This nature phenomenon inspires us with a programming paradigm to handle "cross-cutting". It is argued that the Aspect-Oriented paradigm is a candidate for the biologically-inspired programming paradigm. To support this point, the Aspect-Oriented paradigm is used to implement a simple Artificial Neural Networks(ANN) and the preliminary experiment shows good results. In addition, we proposed a biologically-inspired framework of evolvable software which could be implemented by using the Aspect-Oriented paradigm combining with neurocomputing and genetic computing.

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