What does FHGM mean in UNCLASSIFIED
Frequency Hopping Game Model (FHGM) is a communication model that allows for distributed control of wireless networks or infrastructure. It allows for rapid, secure, and reliable communications between multiple nodes or peers with low latency. This model is ideal for applications that require real-time response to changing conditions or events.
FHGM meaning in Unclassified in Miscellaneous
FHGM mostly used in an acronym Unclassified in Category Miscellaneous that means Frequency Hopping Game Model
Shorthand: FHGM,
Full Form: Frequency Hopping Game Model
For more information of "Frequency Hopping Game Model", see the section below.
Essential Questions and Answers on Frequency Hopping Game Model in "MISCELLANEOUS»UNFILED"
What is the Frequency Hopping Game Model?
The Frequency Hopping Game Model (FHGM) is a communication model that allows for distributed control of wireless networks or infrastructure. It allows for rapid, secure, and reliable communications between multiple nodes or peers with low latency.
What applications are suitable for FHGM?
This model is ideal for applications that require real-time response to changing conditions or events, such as autonomous robots, vehicular networks, military operations, smart grids and internet of things (IoT).
How does FHGM work?
In FHGM, each node in the network randomly chooses a frequency from an available set of frequencies. The frequency hopping algorithm then ensures that the same frequency is not chosen by two different nodes at the same time. This helps avoid any interference between nodes and also provides additional security against malicious attacks by adversaries.
Are there any drawbacks to using FHGM?
Since it relies on random selection of frequencies from an available set of frequencies, there can be some overhead associated with FHGM as each node needs to communicate its selected frequency back to all other nodes in order to avoid collisions in the network. Additionally, since it relies on dynamic coordination between nodes in the network there could be some latency associated with the system depending on how quickly information can be exchanged and processed by all communicating devices.
What are the benefits of using FHGM instead of traditional communication methods?
The main benefit of using FHGM over more traditional communication models is its ability to provide robustness against malicious attacks as well as high uptime even under dynamic conditions due to its distributed nature. Additionally, since it relies on fast frequency switching it consumes less energy than more traditional methods and thus increases battery life on wireless devices connected to the network.
Final Words:
The Frequency Hopping Game Model (FHGM) offers many advantages over traditional communication models when implemented in a wireless environment; including increased security against malicious attacks, efficient energy consumption and excellent real-time response even under changing environmental conditions.