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Search Results - engineering+-+wireless%2fcommunications
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Timer-Based Handoffs for Cellular Networks
In today’s urban micro-cellular environments, fast handoff algorithms are needed to react to changes in path loss characteristics. These changes typically occur when a mobile unit turns a corner or encounters other obstacles common to urban environments such as tall buildings. Currently computer simulations are employed to design, dimension...
Published: 9/7/2016
|
Inventor(s):
Brian Mark
,
Alexe Leu
Keywords(s):
Engineering - Wireless/Communications
Category(s):
Engineering - Wireless/Communications
Timer-Based Handoffs for Cellular Networks
In today’s urban micro-cellular environments, fast handoff algorithms are needed to react to changes in path loss characteristics. These changes typically occur when a mobile unit turns a corner or encounters other obstacles common to urban environments such as tall buildings. Currently computer simulations are employed to design, dimension...
Published: 1/9/2019
|
Inventor(s):
Brian Mark
,
Alexe Leu
Keywords(s):
Engineering - Wireless/Communications
Category(s):
Engineering - Wireless/Communications
Cognitive Channel Assignment in Wireless Networks
Patent Status: Issued as US 8,594,028 Invention Overview: Cognitive Channel Assignment Technology Inventor Dr. Brian Mark has an issued patent for his innovative technology, Cognitive Channel Assignment in Wireless Networks. This technology allows base stations in a cellular network to assign frequency channels to users through the use of cognitive...
Published: 5/18/2017
|
Inventor(s):
Brian Mark
,
Alexe Leu
,
Mark Mchenry
Keywords(s):
Engineering - Wireless/Communications
Category(s):
Engineering - Wireless/Communications
Cellular Network Handoffs
This Mason Technology utilizes a new discrete-time framework for evaluating the performance of handoff mechanisms in 3G networks.
Published: 4/10/2019
|
Inventor(s):
Brian Mark
,
Alexe Leu
Keywords(s):
Engineering - Wireless/Communications
Category(s):
Engineering - Wireless/Communications
Label Switched Packet Transfer
The Advanced Internet Laboratory at George Mason University has developed a wireless network Label Switched Packet Transfer (LSPT), which provides a hierarchical architecture to use label switching to support wireless mobile terminals. This architecture provides for efficient packet transfer over mobile wireless networks by efficiently allocating wireless...
Published: 4/19/2018
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Inventor(s):
Bijan Jabbari
,
Rajiv Papneja
,
Esmael Dinan
Keywords(s):
Engineering - Wireless/Communications
Category(s):
Engineering - Wireless/Communications
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