angel lozano nihar jindal - 2014 ieee communication theory

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Angel Lozano Nihar Jindal

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Page 1: Angel Lozano Nihar Jindal - 2014 IEEE Communication Theory

Angel Lozano Nihar Jindal

Page 2: Angel Lozano Nihar Jindal - 2014 IEEE Communication Theory

• HSBC Report: “The Capacity Crunch”, 2009

• AT&T/3G Americas Report, 2009

• Cisco’s Global Mobile Data Traffic Forecast, 2010

• Report from EC, 2008

Page 3: Angel Lozano Nihar Jindal - 2014 IEEE Communication Theory
Page 4: Angel Lozano Nihar Jindal - 2014 IEEE Communication Theory

The long-awaited wireless data exponential growth is underway: can we handle it?

“The iPhone is just the vanguard, with applications and content growing richer and with ever more sophisticated devices”

Page 5: Angel Lozano Nihar Jindal - 2014 IEEE Communication Theory

Mobile data to increase 40-fold between 2009 and 2014, reaching 3.6 Exabytes (2/3 video)

Page 6: Angel Lozano Nihar Jindal - 2014 IEEE Communication Theory
Page 7: Angel Lozano Nihar Jindal - 2014 IEEE Communication Theory
Page 8: Angel Lozano Nihar Jindal - 2014 IEEE Communication Theory

According to HSBC, the future sources of additional capacity are:

• More bandwidth (analog TV, new spectrum at 2.3 and 3.4 GHz)

• Offloading onto wireline via femtocells or WiFi.

• Increased cell density, at the expense of: Site procuring (permits, radiation, civil engineering) Network planning Backhaul & other operational expenses

“There is no more low-hanging fruit for the mobile industry in terms of spectral efficiency gains to drive network capacity”

Page 9: Angel Lozano Nihar Jindal - 2014 IEEE Communication Theory

• Network MIMO (or CoMP, “Coordinated Multipoint Tx/Rx”, in LTE parlance)

• Interference alignment

• Relays

• Femtocells

• Huge numbers of antennas

Welcome to the “Cellular 10 “ day