Random Wireless Networks: An Information Theoretic Perspective de Vaze, Rahul - 2015

Cambridge University Press CUP , pp. 270 . Hardback. New.

Cambridge. Hardcover. Brand New. “International Edition” - ISBN number and front cover may be different, but CONTENTS are same as the US edition. We ship fast via USPS/FedEx/DHL/Aramex Express Services. No shipping to PO BOX, APO, FPO addresses. Kindly provide day time phone number in order to ensure smooth delivery. Printed in black & white in English language. Territorial restrictions may be printed on the book. We may ship from Asian regions for inventory purpose. 100% Customer satisfaction guaranteed!" We use Fast Shipping via DHL/FEDEX/UPS

CAMBRIDGE INDIA. New. BRAND NEW, Well Packed, Usually ships in 1-2 business days, Buy with confidence Excellent Quality, Service 100% Customer satisfaction guaranteed!

Cambridge University Press. Hardcover. New.

Cambridge University Press. Hardcover. New.

Hardcover. New. Book Condition: New Hardcover Eastern Economy Edition textbook with identical content as the US version. Shipped Same Day. We do not ship APO and FPO. Will be dispatched fast. Please send me an email if you have any questions. 100% Satisfaction.

Cambridge University Press, 2015-04-13. Hardcover. Very Good. 2.0305 24.8731 18.5279.

Cambridge University Press, 2015. First Edition. Hardcover. Like New/Very Good. A firm and square hardback with strong joints, complete with original dustjacket, just showing a few very minor rubs. Hence a non-text page has a small 'damaged' stamp. Despite such this book is actually in nearly new condition. Thus the contents are crisp, fresh and tight. Now offered for sale at a very sensible price.

hardcover. Good. Access codes and supplements are not guaranteed with used items. May be an ex-library book.

Hardback. New. This book provides a holistic view of all relevant concepts used to analyse random wireless networks. A conscious attempt is made to bring out connections between the transmission and the throughput capacity, between percolation theory and throughput capacity, and between stochastic geometry and cellular networks.