Architectural Vision: Designed by Le Corbusier in the 1950s as a symbol of post-independence modernity, reflecting modernist principles emphasizing functionality, order, and harmony with nature.
Sector-Based Grid System: The city is divided into self-contained sectors (~1.5 km² each) with residential areas, markets, schools, and green spaces, reducing congestion and ensuring accessibility.
Green Spaces & Sustainability: Extensive parks, tree-lined avenues, and landmarks like the Rock Garden, Capitol Complex, and Sukhna Lake enhance recreational and ecological value.
Infrastructure: Wide roads, cycling paths, and efficient public transport (e.g., CTU buses) enhance mobility while minimizing traffic issues.
Cultural & Administrative Hub: As the joint capital of Punjab and Haryana, it houses well-planned government buildings, museums, and educational institutions.
Legacy & Adaptability: Despite early criticisms, Chandigarh's structure has adapted to growth while retaining its core design, addressing challenges like suburban sprawl through controlled expansion.
Honorable Mentions: Jaipur (historic grid layout), Navi Mumbai (nodal planning), Gandhinagar (green, low-density planning). Chandigarh remains a benchmark for urban planning in India due to its holistic, human-centric design.
Major Improvements in Deep Learning Architectures Since 2017: Since the introduction of the Transformer model in "Attention Is All You Need" (2017), major advancements include:
Efficient Attention Mechanisms: Sparse Attention (Longformer, BigBird), Linear Approximations (Linformer, Performer), FlashAttention for faster GPU computation.
A better understanding of the attention mechanism and its close links with diffusion equations (which are part of the general framework of spectral graph theory) can be cited as a step forward.
Follow :
Ruan et al., "Towards Understanding How Attention Mechanism Works in Deep Learning", 2024 -
Preprint Towards understanding how attention mechanism works in deep learning
Kreuzer et al., "Rethinking Graph Transformers with Spectral Attention", 2021 -
Preprint Rethinking Graph Transformers with Spectral Attention
This advance in understanding makes it possible to envisage an alternative to the gradient back-propagation algorithm in deep learning architectures:
Chen et al., "Laplacian Attention: A Plug‐And‐Play Algorithm without Increasing Model Complexity for Vision Tasks", 2024 -
Article Laplacian attention: A plug‐and‐play algorithm without incre...