This book presents a comprehensive analysis of the emerging underwater challenges facing India in the Indian Ocean region. With major economic powers like China, the United States, and Russia modernising their submarine fleets and building advanced unmanned underwater vessels to enhance surveillance capabilities, the competition in the Indo-Pacific underwater domain has intensified. The book · Focuses on the issues of detecting, tracking, and classifying submarines/underwater drones in the Indian Ocean. · Examines the Indian Navy’s present anti-submarine warfare (ASW) capabilities in combating underwater threats and discusses the scope for inter-agency, inter-departmental cooperation framework to monitor the undersea activity in the region. · Studies the naval composition and strengths of India and other countries in the neighbourhood and reviews maritime domain awareness practices employed by leading navies including NATO for submarine detection. · Assesses the technology development efforts to deal with these challenges and brings out recommendations. An expert study of undersea surveillance, this book will be indispensable to students and researchers of military and strategic studies, defence studies, critical security, conflict resolution, intelligence studies, and security studies. It will also be of interest to governments, naval establishments, think tanks, and public policy institutes.
Computer-aided figured graph designing (CAFGD) has become essential for the electronic jacquard weaving sector. This book explains the common principles of CAFGD for jacquard weaving, including systematic fundamental common procedure for doing computer-aided graph designing for jacquard weaving using any software. It covers the mathematical calculations to be followed in different stages of converting the given motif to figured graph design with required weave inputs. It also covers the common algorithms followed in preparing computer-aided figured graph designing. Features: Talks about the application or use of computers or digital platforms to design the figured graph designing for jacquard weaving. Covers the mathematical calculations to be followed in different stages of converting the given motif to figured graph design with required weave inputs. Discusses principles of computer-aided figured graph designing for jacquard weaving. Includes weave creation and weave mapping as per the variety of jacquard fabric. Reviews transfer of digital graph for card punching used in mechanical jacquard or directly to electronic jacquard. This book is aimed at graduate students and researchers in textile engineering, textiles, and fashion design.
This book addresses key principles in the optimal management of diabetes to facilitate smooth and safe anesthesia and surgery with the best possible outcomes. It addresses a range of topics, including: diabetic emergencies, glycemic control in emergencies, the routine perioperative setting, preoperative evaluation in routine and emergency surgery, intra- and post-operative management for neurosurgery, cardiothoracic surgery, gestational diabetes, bariatric surgery and other major surgeries. A dedicated chapter on Metabolic Havoc of Uncontrolled Diabetes provides the in-depth understanding of diabetic pathophysiology required in surgical situations, while a special chapter addresses commonly asked questions on surgery and diabetes. Despite many recent advances in surgery, anesthesia, and diabetes research, perioperative diabetes management is often not addressed adequately. This is largely due to an insufficient understanding of insulin physiology and its pharmacokinetics and pharmacodynamics under normal and stressful conditions. The optimal management of surgery in diabetes calls for an integrated, collaborative, and proactive approach. Surgeons, anesthetists and physicians should know the central, basic aspects of perioperative diabetes management and understand the contribution that each one makes to the best outcome, as well as their limitations.
The discovery of Toll-like receptors (TLRs) in the late 1990s ushered in a new age of discovery for innate immunity. The importance of TLRs for immunology and biomedical research was recognized with the Nobel Prize for Medicine or Physiology in 2011. The prize was shared by three scientists: Ralph Steinman (for the discovery of dendritic cells, whi
This book presents a comprehensive analysis of the emerging underwater challenges facing India in the Indian Ocean region. With major economic powers like China, the United States, and Russia modernising their submarine fleets and building advanced unmanned underwater vessels to enhance surveillance capabilities, the competition in the Indo-Pacific underwater domain has intensified. The book · Focuses on the issues of detecting, tracking, and classifying submarines/underwater drones in the Indian Ocean. · Examines the Indian Navy’s present anti-submarine warfare (ASW) capabilities in combating underwater threats and discusses the scope for inter-agency, inter-departmental cooperation framework to monitor the undersea activity in the region. · Studies the naval composition and strengths of India and other countries in the neighbourhood and reviews maritime domain awareness practices employed by leading navies including NATO for submarine detection. · Assesses the technology development efforts to deal with these challenges and brings out recommendations. An expert study of undersea surveillance, this book will be indispensable to students and researchers of military and strategic studies, defence studies, critical security, conflict resolution, intelligence studies, and security studies. It will also be of interest to governments, naval establishments, think tanks, and public policy institutes.
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