Steel Authority of India

About: Steel Authority of India is a based out in . It is known for research contribution in the topics: Microstructure & Ultimate tensile strength. The organization has 797 authors who have published 661 publications receiving 9958 citations. The organization is also known as: SAIL.

A perspective to the artificial wisdom Possibility of self-programmable artificial intelligence for human like intelligence in robotics

Abstract: In contrast to intelligence, wisdom is the part of the propositional knowledge part of the background of knowledge that is a mean between two extremes of believing without sufficient evidence and not believing with sufficient evidence. Wisdom may be incorporated in an artificial intelligence system as artificial wisdom (AW). An intelligence system with AW, will learn a collection of activities like a human. AW may be defined as the process of indwelling existing wisdom that is formed from conceiving knowledge. Knowledge is formed on crashing structured information. Indwelling is the process of generating links among different knowledge modules. Links will have strengths that will define the efficiency of the AW. Strengths will depend on the metafunction equivalents of the background of knowledge that are analyzing, synthesizing and imagining, and valuing. These metafunction equivalents are to be set against key temperament characteristics of AW that are `allergy to ambiguity', `conformity', `rigidity', `starved sensibilities' etc.

Understanding Defect Genesis in Steel Products: Some Revelations through Light (Optical) Microscopy and Electron-Probe Microanalysis

Abstract: Extended abstract of a paper presented at Microscopy and Microanalysis 2007 in Ft. Lauderdale, Florida, USA, August 5 – August 9, 2007

SteelChain—Blockchain-Based Transparent Supply Chain Framework for the Steel Industry

Abstract: Steel Industry supply chain encompasses a distributed network of stakeholders diversified across countries, functionalities, production processes, and lots of manpower. Efficient logistics is a critical component of the industry’s supply chain carrying out the handling and movement of raw materials and products from the source locations to their final destination. Fragmentation in the process results in economic loss, opportunity losses, and rise in operating expenses. The pertinent setup is constrained by inefficient communication, lack of transparency, and standardized pricing resulting in higher expenses, rising delivery times, and human errors. These problems get multiplied owing to localized data frameworks which are non-standardized. This further necessitates redundancy in processing, increased paperwork, and increased manual interventions leading to frequent errors and incurring huge costs on companies due to deviations from delivery schedules, fraudulent intrusions, and damages in the consignment during transit. The SteelChain Protocol Suite aims to resolve these issues by scaling up blockchain technology to create a simple, transparent, and standardized framework usable throughout the steel manufacturing and delivery value chain. SteelChain efficiently utilizes the immutability offered by Blockchain Technology to map physical steel coils/rods to cryptographic transaction hashes. This ensures end-to-end constancy of identity of a particular coil/rod at each stage during the life cycle from order placement by customer to eventual reception of the consignment.

Database structure and system design of an online acquisition system

Abstract: This paper outlines an online acquisition system and describes in brief the various factors involved in the automated environment. The acquisition system database is based on a network model and is structured to handle the complex nature of bibliographic data efficiently and economically to achieve an integrated library system. The comprehensibility of the system has been reflected in the database design stage itself. System design and development factors concerning hierarchical menu-driven operation, as well as considerations of portability with respect to hardware/system software requirements are highlighted.