A novel two-stage design framework for 2D spatial packing of interconnected components

Keyphrases

• Design Framework 100%
• Routing Problem 100%
• Spatial Packing 100%
• Two-stage Design 100%
• Packing Problem 66%
• Generation Algorithm 33%
• Optimization Approach 33%
• Physics-based 33%
• Topology Optimization 33%
• Generation Method 33%
• Physics-based Model 33%
• NP-hard Problem 33%
• Biological Optimization 33%
• System Performance 33%
• Performance Metrics 33%
• System Behavior 33%
• Heat Fluid 33%
• Volume Reduction 33%
• Gradient-based 33%
• Sequential Design 33%
• Interference-free 33%
• Methodological Support 33%
• Lumped Parameter 33%
• Force-directed Layout 33%
• Geometric Consideration 33%
• Routing Path 33%
• Topology Generation 33%
• Automation Framework 33%
• Shortest Path Algorithm 33%
• Design Automation 33%
• 3D Routing 33%
• Fluid Pressure 33%
• Length Reduction 33%
• Route Optimization 33%
• Layout Generation 33%
• 2D Finite Element 33%
• Comprehensive Solution 33%
• Support Optimization 33%
• Geometric Topology 33%
• Layout Method 33%
• 3D Packing Problem 33%
• Non-intersection 33%
• Packing Optimization 33%
• Disruptive Methods 33%

Engineering

• Design Stage 100%
• Routing Problem 100%
• Interconnects 66%
• Finite Element Method 33%
• Metrics 33%
• Starting Point 33%
• Lumped Parameter 33%
• Systems Performance 33%
• Optimization Method 33%
• Fluid Pressure 33%
• System Behavior 33%
• System Volume 33%

Computer Science

• Design Framework 100%
• Routing Problem 100%
• Starting Point 33%
• Systems Performance 33%
• System Behavior 33%
• Finite Element Method 33%
• Performance Metric 33%
• routing path 33%
• Presented Framework 33%
• Shortest Path Algorithm 33%
• Design Automation 33%
• Topology Optimization 33%
• Interconnect Length 33%