Username: Save?
Password:
Home Forum Links Search Login Register*
    News: Welcome to the TechnoWorldInc! Community!
Recent Updates
[Yesterday at 11:48:22 AM]

[Yesterday at 11:48:22 AM]

[Yesterday at 11:48:22 AM]

[Yesterday at 11:48:22 AM]

[April 03, 2024, 06:11:00 PM]

[April 03, 2024, 06:11:00 PM]

[April 03, 2024, 06:11:00 PM]

[April 03, 2024, 06:11:00 PM]

[March 06, 2024, 02:45:27 PM]

[March 06, 2024, 02:45:27 PM]

[March 06, 2024, 02:45:27 PM]

[March 06, 2024, 02:45:27 PM]

[February 14, 2024, 02:00:39 PM]
Subscriptions
Get Latest Tech Updates For Free!
Resources
   Travelikers
   Funistan
   PrettyGalz
   Techlap
   FreeThemes
   Videsta
   Glamistan
   BachatMela
   GlamGalz
   Techzug
   Vidsage
   Funzug
   WorldHostInc
   Funfani
   FilmyMama
   Uploaded.Tech
   MegaPixelShop
   Netens
   Funotic
   FreeJobsInc
   FilesPark
Participate in the fastest growing Technical Encyclopedia! This website is 100% Free. Please register or login using the login box above if you have already registered. You will need to be logged in to reply, make new topics and to access all the areas. Registration is free! Click Here To Register.
+ Techno World Inc - The Best Technical Encyclopedia Online! » Forum » THE TECHNO CLUB [ TECHNOWORLDINC.COM ] » Techno News
 Reverb Networks explains unique advantages of Predictive Self-Optimizing Network
Pages: [1]   Go Down
  Print  
Author Topic: Reverb Networks explains unique advantages of Predictive Self-Optimizing Network  (Read 655 times)
RealWire
TWI Hero
**********



Karma: 0
Offline Offline

Posts: 18530


View Profile Email


New P-SON capability from Reverb delivers exceptional self-optimizing network benefits currently unfulfilled by legacy SON systems

Sterling, Virginia, Thursday October 30, 2014

Self-optimizing network specialist Reverb Networks has released new details of the speed, stability and customer experience benefits of their unique Predictive self-optimizing network solution.
Reverb Networks recently introduced Predictive SON, which moves self-optimizing networks forward to next generation pre-active capabilities.
But what are the advantages of P-SON? By “pre-acting” to network demands, Reverb’s SON system reduces OSS demands, increases stability, and increases customer experience.
Faster Response to Events
Traditionally self-optimizing networks have been very weak at providing responses to network demands in real time. Predictive SON, in contrast, is able to “pre-act”, which means making adjustments before the expected load takes place. The capability is also referred to as “beyond real-time”.
Increased Operational Stability
Predictive SON allows networks to remain much more stable over a longer timeframe, rather than bouncing between one setting and another in reaction to events that have already occurred. One added advantage of this approach is that the OSS system is not overloaded by a large number of commands arriving in a very short space of time, a problem with many existing SON implementations.
Improved Customer Experience
By using Predictive SON to adapt the network capability in advance of any expected heavy load event, the network can be prepared for that load and help deliver a customer experience that is much more satisfying and proactive for individual subscribers.
“Reverb’s unique Predictive SON capability is one of the quickest and least expensive ways to improve the way a mobile network responds to heavy peak loads,” said Zoran Kehler, CEO Reverb Networks. “By predicting precisely when load will arrive, we can prepare the network in advance and make the entire system more robust, improving availability and increasing customer experience markedly over existing responses.”
Reverb Networks is exhibiting at the LTE Americas 2014 conference taking place in Dallas, USA, from 18-20 November 2014. More information can be found at the event website:- http://americas.lteconference.com.

Logged

Pages: [1]   Go Up
  Print  
 
Jump to:  

Copyright © 2006-2023 TechnoWorldInc.com. All Rights Reserved. Privacy Policy | Disclaimer
Page created in 0.117 seconds with 23 queries.