logo
Wrong email address or username
Wrong email address or username
Incorrect verification code

3G, HSPA and FDD Versus TDD Networking: Smart Antennas and Adaptive Modulation - editions back

by Lajos Hanzo
Add a new edition
language per page
3G, HSPA and FDD Versus TDD Networking: Smart Antennas and Adaptive Modulation - Lajos Hanzo
3G, HSPA and FDD Versus TDD Networking: Smart Antennas and Adaptive Modulation
by Lajos Hanzo (author)
publisher: IEEE Computer Society Press publish date: March 31st 2008
format: hardcover pages: 564
language: English
ISBN: 0470754206 (9780470754207)
3g, Hspa and Fdd Versus Tdd Networking - Lajos Hanzo, Jonathan Blogh, Song Ni
3g, Hspa and Fdd Versus Tdd Networking
by Lajos Hanzo (author), Jonathan Blogh (author), Song Ni (author)
publisher: Wiley-IEEE Press publish date: January 1st 2008
format: ebook pages: 598
language: English
ISBN: 1282343238 (9781282343238)
3g, Hspa and Fdd Versus Tdd Networking: Smart Antennas and Adaptive Modulation - Lajos Hanzo, Jonathan Blogh, Song Ni
3g, Hspa and Fdd Versus Tdd Networking: Smart Antennas and Adaptive Modulation
by Lajos Hanzo (author), Jonathan Blogh (author), Song Ni (author)
publisher: Wiley-IEEE Press publish date: April 30th 2008
format: ebook pages: 596
language: English
ISBN: 0470754281 (9780470754283)
Copyright © 2025 BookLikes Press About Terms of Services Privacy Policy Contact Us Blog FAQ Patronaty medialne BookLikes for Authors Partners panel Team Themes Docs API Blogs
Need help?
Important: Our sites use cookies. We use the information stored using cookies and similar technologies for advertising and statistics purposes. Stored data allow us to tailor the websites to individual user's interests. Cookies may be also used by third parties cooperating with BookLikes, like advertisers, research companies and providers of multimedia applications. You can choose how cookies are handled by your device via your browser settings. If you choose not to receive cookies at any time, BookLikes will not function properly and certain services will not be provided. For more information, please go to our Privacy Policy.