Wireless efficiency versus net neutrality

• Published in: Federal communications law journal Vol. 63; no. 2; p. 445
• Main Author: Jackson, Charles L
• Format: Journal Article
• Language: English
• Published: Washington The George Washington University Law School 01.03.2011; George Washington University, National Law Center
• Subjects: Communications satellites; Efficiency; Electric power lines; Generators; Internet access; Laws, regulations and rules; Mobile communication systems; Net neutrality; Traffic congestion; Wireless communication systems; Wireless networks; United States > US
• ISSN: 0163-7606; 2376-4457

This Article first addresses congestion and congestion control in the Internet. It shows how congestion control has always depended upon altruistic behavior by end users. Equipment failures, malicious acts, or abandonment of altruistic behavior can lead to severe congestion within the Internet. Consumers benefit when network operators are able to control such congestion. One tool for controlling such congestion is giving higher priority to some applications, such as telephone calls, and giving lower priority or blocking other applications, such as file sharing. The Article then turns to wireless networks and shows that in addition to congestion issues, priority routing in wireless can make available capacity that would otherwise go unused. Wireless systems that are aware of the application being carried in each packet can deliver more value to consumers than can dumb networks that treat all packets identically. Handsets are both complements to and substitutes for the network infrastructure of wireless networks and any analysis of handset bundling should consider this complementarity. Next, the Article reviews analogous issues in electrical power and satellite communications and shows how various forms of priority are used to increase the total value delivered to consumers by these systems. Finally, the Article observes that regulations that prohibit priority routing of packets and flows on the Internet will create incentives to operate multiple networks.