Many cities around the world today are deploying intelligent transportation systems (ITS), and are planning to support connected vehicle technology. Aspects of these systems are relatively easy to install using current communications systems that support smart traffic management to handle vehicle congestion and route emergency vehicles.
Connected vehicle technology will enable bidirectional communications from vehicle to vehicle (V2V), and vehicle to infrastructure, (V2X) to promote safety across transportation systems. Smart cities are now installing sensors in every intersection to detect movement and cause connected and autonomous vehicles to react as needed.
New Posting Category For 5G Communications
The National Historic Preservation Act (NHPA) of 1966 is implemented through the FCC's environmental rules. Section 106 of the NHPA requires federal agencies to consider the effects of federal undertakings on historic properties. The FCC treats the construction of communications towers and the collocation of communications equipment using FCC-licensed spectrum as federal undertakings subject to Section 106 review. While Antenna Structure Registration (ASR) is required for some communications towers, Section 106 review may be required even if ASR Registration is not required.
Commission licensees and applicants are delegated the responsibility for initiating the Section 106 review process for proposed facilities, providing notice to the public and local government, identifying and evaluating historic properties, and assessing effects. This process includes consultation with the appropriate State Historic Preservation Officer (SHPO), or Tribal Historic Preservation Officer (THPO) for projects proposed on Tribal lands, as well as notification to Tribal Nations that have expressed an interest in reviewing projects proposed in their designated areas of interest. The Commission maintains two databases, the E-106 system and the Tower Construction Notification System (TCNS), to facilitate communications with these parties. The Commission remains responsible to participate in a review when an historic property may be adversely affected and to consult with Tribal Nations requesting government-to-government consultation.
The agency also will continue to engage with the National Telecommunications and Information Administration and the Federal Communications Commission on technical issues associated with these efforts.
International Professional (IP) staff are recruited internationally and serve in all duty stations globally. They hold leadership, managerial or specialist functions which require technical expertise. Senior staff or Director-level positions are also part of this category.
National Officer (NO) staff are nationals of the country where their duty station is located, and they perform functions of a technical and professional nature. Broadly speaking, the requirements for the NO staff category are similar to those of International Professional (IP) staff, with a more pronounced emphasis on in-depth knowledge of the local setting, institutions and partners.
Completion of a secondary education is required while a first level university degree is an asset. Within the GS category there are different levels, each with a required minimum number of years of relevant professional work experience:
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It is important to make a distinction between the peak data speeds and the average data speeds. In mobile communications, the download and upload speeds that we talk about are the peak speeds that define the maximum theoretical limits for what a certain cellular technology can deliver. In real life, the speeds that we normally get are the average speeds which are considerably lower than the peak speeds.
LTE is one of the most popular cellular technology standards and has a few different flavours including LTE-Advanced and LTE-Advanced Pro. In order to benefit from the high data speeds of LTE, your mobile phone device must support the latest enhancements. This is where the LTE device categories come in which you can learn more about on the 3GPP dedicated page on LTE UE categories. Basically, the higher the device (UE = User Equipment) category, the better speed you can expect as long as you are on LTE Advanced.
5G is transforming industries, society, and how we communicate and live. Not simply a faster 4G LTE, 5G is one of the most transformative technologies in the history of telecommunications. It is 10 times faster that 4G, supports 10,000 times more network traffic, and can handle 100 times more devices, while enabling one-fiftieth the latency with zero perceived downtime. One of most important technologies that will help deliver on the promise of 5G is microelectromechanical systems (MEMS) timing. MEMS timing provides solutions that are much smaller and lower power than equivalent quartz-based devices, and they are much more resistant to harsh environmental conditions.
Although 5G builds on existing 4G infrastructure, 5G networks deployed at scale will require a complete redesign of communications infrastructure. Industry experts generally agree it may take a decade to completely roll out 5G networks and to realize its full value through the internet of things, automated driving, telemedicine, artificial intelligence, and virtual and augmented reality. Leading carriers have already begun delivering 5G service in major metro areas this year, and we may see up to 1.8 billion 5G connections deployed worldwide by the end of 2021. One of the most important technologies enabling end-to-end 5G is MEMS timing. 2ff7e9595c