FCC Broadband
The FCC and National Broadband Policy
The Federal Communications Commission was establish in 1934 as a standalone government agency that was created to regulate the communications capabilities of the United States. As part of the agencies charter, there is the provision that the agency maximize the use of the spectrum that is available through competition and innovation. The role of the FCC has evolved over the years with the introduction of new technologies. Whereas once the FCC was primarily concerned with voice and radio portions of the spectrum, now the agency must regulate a more complex sphere of communication technologies that include both the landline and wireless network bandwidths.
The FCC is truly a powerful organization with their oversight of the public spectrum. The organization has an objective of ensuring that U.S. population has access to communication technologies as well as the latest innovations in the industry. However, the relative state of broadband deployment in the United States has become almost as contentious as various international rankings of broadband adoption show the United States falling behind. According to the latest OECD numbers, we rank 15th among 30 OECD nations in subscribers per-capita, down from 4th in 2000 (Atkins, 2007).
Furthermore, the access to broadband services is not distributed evenly across the population. Persons with high incomes, those who are younger, Asians and Whites, the more highly-educated, married couples, and the employed tend to have higher rates of broadband use at home while conversely, persons with low incomes, seniors, minorities, the less-educated, non-family households, and the nonemployed tend to lag behind other groups in home broadband use (Economics and Statistics Administration, 2010). This leads many to suggest that the FCC should play a greater role in ensuring that the U.S. population has greater access to broadband in a non-discriminatory fashion.
U.S. government passed the Telecommunications Act of 1996 which loosened up regulations on the cable, phone, and long distance companies and allowed them to compete for the same services in the spectrum. It was assumed that this lessen of regulatory forces would liberalize the market and encourage new businesses to compete which would ultimately help keep rates low. However, competition in the telecommunications market did not turn out the way they expected it. Many of the larger telecommunications companies consolidated a gained near monopoly power in the market. This power allowed many companies to only grant access where the investment would provide the greatest returns.
The communication infrastructure was geared towards financial ends as opposed to maximizing access; especially in remote or rural areas. Therefore, many believe that the Telecommunications Act of 1996 is at least partly responsible for the United States relatively low ranking in regards to broadband access when compared to other OECD countries. Generally with the spread of communication technology there is what is considered to be a "network effect." This effect makes the technology more valuable as the number of users and its market penetration increases. However, with the slow adoption of the infrastructure needed to secure such an effect, many of the public's gains through the network effect have not been realized.
Spectrum Analysis
The FCC has been talking about the impending spectrum crisis and has been pushing for more spectrum to be made available. Modern 4G systems have made more applications of mobile web access, IP telephony, gaming services, high-definition mobile television, video conferencing, and 3D television all readily developable applications of the spectrum which will increases its demand. In the National Broadband Plan presented to Congress last year, the agency outlined a plan for freeing up 500 MHz of spectrum over the next decade, with 300 MHz being freed up within five years (Reardon, 2011). The FCC might be in a position in which it must somehow ratio the capabilities of the spectrum so that it is distributed as evenly as possible. The mechanism that has been used is the reverse auction in which companies can bid for portions of the spectrum and it is thought that the public benefits the most from this style of resource allocation.
Privacy and Net Neutrality
Privacy is actually quite difficult to define. Some consider the definition to be more than simply a state of secrecy to be a more comprehensive position of autonomy (Hirshleifer, 1979). There are many sources of privacy concerns that apply to the online sphere. These threats to privacy can emerge from both private and public sources. Foreign Intelligence Surveillance Act (FISA) information privacy, stands at the crossroads of both private and public liberty. FISA creates standards and processes for the government to meet before it can gather personal information as part of certain foreign...
Wireless Broadband Technology Overview of Wireless technology Presently it is quite evident to come across functioning of a sort of wireless technology in the form of mobile phone, a Palm pilot, a smart phone etc. With the inception of fast connectivity in the sphere of commerce it is customary and useful to operate from central locations communicating with the remote branches, conducting conferences in remote places, discussing with every body at every
If the worst case scenarios should ever unfold and terrorists have released materials into the air that are radioactive, the SOD works with the New York City's Department of Health so that officers have proper training in the use of air-monitoring "meters" (Holden, p. 5). New York City's Department of Health has in place a program called "Biowatch" that is designed to alert the SOD when any calls come in
Telecommunication equipment industry has undergone drastic developments and changes since the 1990s. The telecommunication equipment industry has become quite popular due to the tremendous increase in the use of communication services all over the world. This paper provides a deep insight into the major manufacturers involved in the telecommunication equipment industry. It also highlights the core policy transformations and privatization changes occurring in the global telecommunication industry which is affecting
The diffused infrared configuration however, uses a transmitter that fills a given office space with signals. The signal receiver can then be located anywhere in the office area in order to successfully receive the IR signal. The Spread spectrum LANs This form of arrangement utilizes the multiple-cell configuration. Each of the cells are appropriately assigned a unique center frequency that lies within a specific band in order to avoid signal interference. This
So as to receive the infrared signals, the receivers can be placed at any location within the office space. The spread spectrum WLANs This system makes use of multiple-cell configuration. This is to say that each of the cells in the arrangement is assigned a certain center frequency that is unique and that lies within a chosen band as to eliminate chances of signal interference. The system employs frequency hopping and
According to Paul B. Mckimmy (2003), "The first consideration of wireless technology is bandwidth. 802.11b (one of four existing wireless Ethernet standards) is currently the most available and affordable specification. It allows a maximum of 11 megabits per second (Mbps)" (p. 111); the author adds that wired Ethernet LANs are typically 10 or 100 Mbps. In 1997, when the IEEE 802.11 standard was first ratified, wireless LANs were incompatible and
Our semester plans gives you unlimited, unrestricted access to our entire library of resources —writing tools, guides, example essays, tutorials, class notes, and more.
Get Started Now