Form In Motion
ANALYSIS OF DEEP LEARNING NEURAL NETWORKS INNOVATIVE TECHNIQUES
ML and AI MODELING TOOLS FOR PERFORMATIVE DESIGN DECISIONS
The neural network is one of the best computational tools used in the field of soft computing. Neural networks have the properties of mathematical simplicity, high efficiency, and low computational cost. As there are many structural and modeling differences among different neural networks, they all have the common feature of learning. The property of the subjected neural network in the research is to perform three particular tasks: create, move, and attach. During the learning process, the weights of each parameter are modified to reduce the error in training and testing samples. After getting the final shapes, different 3D printing techniques have been checked in order to achieve optimal solutions. I used optimization programming so the final output will have strength and thickness. The project asks: Will the design process change with Artificial Intelligence techniques, and if so, how? How will human designs behave in such an advanced technology environment, and what kind of relationship will these have with future digital technologies?
From In Motion
Barcelona- Tel Aviv
BOTTOM-UP SIMULATIONS AND FORM FINDING DESIGN PROCESSES
This project discusses the role of Artificial Intelligence in modeling and simulation. AI is the field of computer science that attempts to contract computer systems that emulate human problem-solving behavior with the goal of understanding human intelligence. Those modeling and simulation techniques present fundamental approaches.
Climate change, resource depletion, and worldwide urbanization feed the demand for more energy- and resource-efficient buildings. Increasingly, architectural designers and consultants analyze buildings’ designs with easy-to-use simulation tools. This project creates new alternatives for performance and design based on new tool development as well as Artificial Intelligence tools used for engineering and architectural design, analysis, and manufacturing
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