With increasing complexity of architectures and systems, life-like properties or features of living beings, such as e.g., self-configuration, -optimization, -healing, -repairing, or -protection, become mandatory for computing systems, to achieve viable and robust systems.
As the critical size of MOSFET becomes smaller and smaller and complexity of architectures increases, selective and non-selective depositions of in situ doped film become extremely attractive for the realisation of new devices architectures like, elevated sources/drains in CMOS or extrinsic bases in bipolar.
The second challenge is the complexity of genetic architecture of a complex disease.
To cope with the tradeoff between the complexity of CMAC architecture and the quality of system convergence, a dynamic architecture learning scheme is introduced, where the associative memory reinforcement and the associative memory reorganization are involved.
"The complexity of the architecture will promote an unstable, open programming, where art and architecture will benefit from each other's challenges".
To solve complex problems many attempts can be made, increasing the complexity of the architecture by trial and error or using sophisticated techniques, such as growing, pruning and genetic algorithms, to find optimal ANN structure [ 34].
But the complexity of the architecture is also driven by a powerful social vision.
This decreases the complexity of the architecture without degrading the results.
This means that the number of input variables is larger than in the steam turbine and the complexity of the architecture of the neural network is greater too.
However, due to the complexity of lignocellulose architecture, the process is complicated and not economically competitive.
