A service control point ( ) includes an overload control system ( ) that determines an overload rating ( ) for an intelligent processing unit ( ). The overload control system ( ) includes a latency estimator ( ) that requests and receives a latency ( ) for a service logic interpreter ( ). A queue depth store ( ) receives a queue depth ( ) from the service logic interpreter ( ). A common memory ( ) stores the latency ( ) and the queue depth ( ) in memory mapped files. A load estimator ( ) determines the overload rating ( ) in response to the latency ( ) and the queue depth ( ). The load estimator ( ) compares the overload rating ( ) to a previous overload rating and issues an internal problem report if a difference is detected. A TCAP interface ( ) and a service logic program ( ) assess the overload rating ( ) to determine if incoming service requests should be passed on to the service logic interpreter ( ), rerouted, or discarded. The load estimator ( ) provides the overload rating ( ) to an overload server ( ).
A communication system includes translation modules that provide address hopping to secure packet-based communications. A transmitting translation module modifies source and/or destination addresses of communicated packets and a receiving translation module resolves each modified source and/or destination address into the original source and destination addresses for the packets.
Managing Memory Within A Local Telecommunications Network
A telecommunications network (10) includes a plurality of transport node controllers (18) that interface with a plurality of local communication processors (16) for the transfer of telecommunications information between subscribers (14) associated with the local communication processors (16) and also for subscribers remote from the transport node controller (18). The transport node controller (18) includes a buffer memory (24) with a pool of buffers (26). A local processor controller (22), in conjunction with a remote processor (20), allocate the buffers (26) within the buffer memory (24) among the plurality of local communication processors (16) and remote communication processors communicating to the transport node controller (18) through a message transporting network (12). The local processor controller (22) assigns a buffer (26) to each of the plurality of local communication processors (16). A message processed by one of the local communication processors (16) is temporarily stored within its associated message-in buffer (26).
Huntington Industrial Partners North Point Ministries, Inc. IBM Trammell Crow Company MEPC TeleKey, Inc. Seraphim Partners, LLC
Education:
Vanderbilt University, Harvard University
David Mcdaniel
Lived:
Dallas, TX
Work:
Pursuant - Technology (2008) Hudson Productions WisdomWorks Guinn, Smith & Company Coopers & Lybrand Bank One
David Mcdaniel
Lived:
Clay city, kentucky Lebanon, missouri Lakeland, Florida Clay City, Ky
Education:
High School Powell County, Some college hours in computers
About:
I spend all my time searching for God. I love my family. I'm currently agnostic, although I have been a christian for 22 years prior to becoming agnostic. I believe in a God for sure, I just can&...
David Mcdaniel
Work:
McDaniel Institute of Anti-Aging Research - Owner McDaniel Laser & Cosmetic Center - Owner
David Mcdaniel
Work:
Me - King (1)
Bragging Rights:
I am a king, what more to say?
David Mcdaniel
Work:
Trying to be the person my cat thinks I am
Tagline:
Social media is like ancient Egypt: writing things on walls and worshiping cats.
David Mcdaniel
Education:
Kanawha Valley Community And Technical College, - Building Technology, West Virginia University at Parkersburg - Board of Governors
About:
David W. McDaniel is the Operations manager for McDaniel Management Corporation, LLC, the region's leading provider of green building, sustainable living solutions and smart-home technology for ho...