EBOOK GUIDE TO OCULAR LEPROSY FOR HEALTH WORKERS
Opis
A Training Manual for Eye Care in Leprosy
This book is designed to serve as a step-by-step approach to eye care, for use by health workers involved in the primary eye care of leprosy patients. Concisely written and highly illustrated with color pictures, it serves as an essential reference for health workers and paramedical workers in their care of leprosy patients.This book is designed to be used as a companion volume to Training Health Workers to Recognize, Treat, Refer and Educate Patients about Ocular Leprosy.Key Features:Contains unique, up-to-date symbolic algebraic development of Grassmann-Cayley algebra and geometric algebra for immediate applications to discrete and computational geometry, computer vision, graphics and roboticsCaptures the intrinsic beauty of geometric languages and conducted computing through highly efficient geometric computing algorithms and abundant examples from practiceSuitable for researchers in discrete and computational geometry, computer algebra and symbolic computation, practitioners of invariant methods, as well as graduate students with a moderate algebraic background
This book is designed to serve as a step-by-step approach to eye care, for use by health workers involved in the primary eye care of leprosy patients. Concisely written and highly illustrated with color pictures, it serves as an essential reference for health workers and paramedical workers in their care of leprosy patients.This book is designed to be used as a companion volume to Training Health Workers to Recognize, Treat, Refer and Educate Patients about Ocular Leprosy.Key Features:Contains unique, up-to-date symbolic algebraic development of Grassmann-Cayley algebra and geometric algebra for immediate applications to discrete and computational geometry, computer vision, graphics and roboticsCaptures the intrinsic beauty of geometric languages and conducted computing through highly efficient geometric computing algorithms and abundant examples from practiceSuitable for researchers in discrete and computational geometry, computer algebra and symbolic computation, practitioners of invariant methods, as well as graduate students with a moderate algebraic background