Anil Kumar Livres

Focusing on the development of geomorphologic instantaneous unit hydrographs (GIUH), this study presents a method to predict direct runoff hydrographs for two hilly sub-watersheds in Uttarakhand, India. Utilizing kinematic-wave theory and Horton’s stream-order-law ratios, the research analytically determines travel times for overland and stream flows. A two-parameter Gamma-type model enhances GIUH development, which is validated against observed storm event data. Its reliance on geomorphologic parameters allows for application in ungauged or partially gauged hilly watersheds with good accuracy.

Focusing on society-based applications of the AZ series, the book provides a comprehensive overview of materials and their various uses. It emphasizes the importance of identifying advantages and disadvantages, which aids researchers in achieving their objectives effectively.

Exploring the reasons behind truancy among school students, this book addresses the pressing issue of student dropouts in India. It highlights various educational initiatives aimed at retaining students and re-integrating those who have left school. By identifying the underlying causes of truancy, the author suggests strategies to encourage attendance and participation in education. The work emphasizes the importance of education in preparing India as a future market and source of manpower across diverse sectors.

The book presents innovative mathematical models addressing uncertainty through probabilistic and fuzzy distributions, introducing new measures of information. It details the derivation of optimum values for these models, accompanied by graphical representations of the results. Aimed at information theoreticians, it serves as a valuable resource for those utilizing fuzzy information in their research, providing insights and ready references for the scientific community.

Focusing on quality control in herbal drug preparations, this book discusses physiochemical properties and biological screening of antifungal drugs. It addresses the challenges of establishing simple test procedures for assessing the quality of herbal products. The research includes testing marketed capsule extracts for phytochemical quality and antifungal activity. This work aims to provide a practical framework for researchers in the pharmaceutical sector, particularly within the herbal drug industry, to ensure effective product quality.

This collection features a diverse range of timeless classics, spanning from ancient texts to contemporary masterpieces. It serves as a tribute to the influential figures in literature, celebrating their contributions and the enduring power of their works. Each selected book reflects the rich tapestry of literary history and aims to inspire readers with the brilliance of past and modern writers alike.

Focusing on the intersection of quantum mechanics and information theory, the book explores the implications of quantum information for cryptography and communication technologies. It delves into the mathematical framework for measuring information transmission speed and quantity, emphasizing the concept of information entropy. The text discusses the role of isospectral potentials in supersymmetric quantum mechanics, presenting findings on the information entropy of the Pöschl-Teller potential and its relationship to deformation parameters.

Focusing on earthquake resilience, this book explores advanced methods for controlling structural vibrations through active and passive energy dissipation devices and base isolation techniques. It introduces the Linear Quadratic Gaussian approach for designing active control systems, utilizing a State Space Model to analyze motion. The text mathematically interprets quadratic optimal theory for time-domain control algorithms, exemplified by an eight-storeyed building. It also determines optimal parameters for Active Tuned Mass Dampers (ATMD) and verifies system stability using Bode's and Nyquist criteria.

The Bharat Ratna, India's highest civilian award, honors individuals who have made significant contributions across various fields, including social service, art, science, and sports. Recipients are celebrated for their extraordinary leadership qualities and unwavering commitment to their goals. They exemplify resilience, facing challenges head-on and inspiring others through their dedication and fortitude, making them remarkable figures in the nation's history.

Focusing on the foundational concepts of information entropy, this introductory book explores its role in measuring uncertainty within information theory. It connects information entropy to thermodynamic entropy and highlights its dependence on probability distributions. The text delves into quantum information science, emphasizing its potential in developing quantum computers to tackle complex problems. Additionally, it discusses the application of information theory across various scientific and technological fields, examining quantum information entropy in relation to important potentials and uncertainty relations in both position and momentum space.