Deep Analytics: Technologies for Humanity, AI & Security by Sumit Chakraborty, Suryashis Chakraborty, Kusumita - HTML preview

3. STRUCTURE

Structure Analytics

Agents: System analysts, business analysts;

Moves: Design and configure

• • Organization structure
  • • Technology forums
    • National level : Government, NGOs, research organizations, ;
    • International level : strategic alliance among global organizations ;
    • System architecture ; Innovate a set of emerging technologies as per the goals of food, home , garments and consumer goods security;
    • Level 1: information technology, electrical, electronics, chemical, mechanical and civil engineering;
    • Level 2: Identify fundamental building  blocks of information technology
• Computing schema
• Data schema : database (demand, supply, production, distribution), big data analytics;
• Networking schema : web connectivity;
• security schema
• application schema : SCM system
• • Supply chain planning (demand, inventory, production capacity);
  • Supply chain collaboration (CPFR, sourcing)
  • Supply chain execution (WMS, TMS, pricing system)

Dr. Iqbal Hussain is analyzing the structure of emerging technologies of agriculture and nano-housing schema. He is presenting the basic architecture of nanohousing system. Nanotechnology offers various types of benefits such as optimization of existing objects, reduction in weight and volume, reduction in number of production stages, efficient use of materials, reduced need for maintenance, reduction in the consumption of raw materials and energy and reduced CO2 emissions, conservation of resources, greater economy and comfort. It is an interesting option to explore how to use steel, concrete, hard materials and glass for nanohousing schema with economy of scale; how to ensure circulation of natural light; how to use concrete and stone innovatively and how to create a sense of comfort and beauty.

The best way to address issues of energy in nanohousing schema is to use solar power. A comfortable modern design of responsive architecture must explore that the nanohousing schema should generate its own energy and create a comfortable living environment continually adapting to changing weather conditions. Energy efficient infrastructure may be equipped with solar panels and sensitive lighting systems which minimizes CO2 emissions and reduces total energy costs for the city and its inhabitants to reach zero emission. Nanohousing schema should use climate responsive design techniques such as sun shading, cross ventilation and direct evaporative cooling to reduce the need for air conditioning. Lotus effect is expected to reduces the cleaning requirement and maintenance demands.