COMPUTER SOFTWARE TELECOMMUNICATIONS PURPOSES

Brand Owner (click to sort) Address Description
INTELLOSS Venimex 1532 Dunwoody Village Parkway Suite 130 Atlanta GA 30338 Computer software for telecommunications purposes;INTEL LOSS;
MEGILLA BroadSoft, Inc. Suite 350 9737 Washingtonian Boulevard Gaithersburg MD 20878 Computer Software for telecommunications purposes;Telecommunications services, namely, broadband delivery systems;
MEGILLA.NET Broadserve, Inc 1600 Stewart Avenue, Westbury NY 11590 Computer Software for telecommunications purposes;Telecommunications services, namely, broadband delivery systems;MEGILLA NET;
ONCOMM Manis, Joseph Robert 7570 Eucalyptus Hill La Mesa CA 91941 computer software for telecommunications purposes;ON COMMUNICATIONS;
ULTRABAND Advent Networks, Inc. 111 Congress Avenue, Suite 1600 Austin TX 78701 Computer software for telecommunications purposes, namely, for a digital interface for connecting home content accessing devices with a global computer network over a hybrid fiber coaxial network for the delivery of digital information in a high speed electronic format including video, text, and audio content; computer hardware for telecommunications purposes, namely, a digital interface connecting home content accessing devices with a global computer network over a hybrid fiber coaxial network; electronic hardware and software computer interfaces for connecting home content accessing devices with a global computer network over a hybrid fiber coaxial network; fiber optic network equipment, namely optical switches, optical transceivers, wavelength division multiplexing (WDM) combiners, WDM splitters, and WDM selectors for using rf signals in the television bandwidth; computer hardware, namely, optical transmitters, receivers, coaxial fibers, rf amplifiers, quadrature amplitude/phase modulation modems, and amplitude/phase modulators for enabling telecommunications over a hybrid fiber coaxial network;ULTRA BAND;
ULTRABAND POWERED NETWORK Advent Networks, Inc. 111 Congress Avenue, Suite 1600 Austin TX 78701 Computer software for telecommunications purposes, namely, for a digital interface for connecting home content accessing devices with a global computer network over a hybrid fiber coaxial network for the delivery of digital information in a high speed electronic format including video, text, and audio content; computer hardware for telecommunications purposes, namely, a digital interface connecting home content accessing devices with a global computer network over a hybrid fiber coaxial network; electronic hardware and software computer interfaces for connecting home content accessing devices with a global computer network over a hybrid fiber coaxial network; fiber optic network equipment, namely optical switches, optical transceivers, wavelength division multiplexing (WDM) combiners; WDC splitters, and WDM selectors for using rf signals in the television bandwidth; computer hardware, namely, optical transmitters, receivers, coaxial fibers, rf amplifiers, quadrature amplitude/phase modulation modems, and amplitude/phase modulators for enabling telecommunications over a hybrid fiber coaxial network;Providing telecommunications connections to a global computer network for the delivery of information in a high speed electronic format and for the delivery of video, text, audio content and information over a hybrid fiber coaxial network;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. The present invention relates to the field of tone detection and, more particularly, to the detection of dual tone multi-frequency (DTMF) tones in software based telecommunications systems. As modem telecommunications systems are becoming increasingly software based and typically require only a minimum of physical hardware, much of the necessary telecommunication functionality is now provided by software functions running on powerful computer servers. A common function which is required to be performed by telecommunications systems is that of dual tone multi-frequency (DTMF) detection. Accordingly, the present invention aims to provide an efficient software-based DTMF detection system that satisfies the ever increasing need for efficient software functions.