COMPUTER SYSTEMS PRIMARILY COMPRISED

Brand Owner (click to sort) Address Description
INSITE CONNECT ANDREW 1100 CommScope Place, SE Hickory NC 28602 Computer systems primarily comprised of remote controllers and diagnostic data processors, and computer systems software, all used to monitor, manage, control and provide diagnostic readings and alarm warnings with respect to the performance of remote equipment and systems, namely, base station subsystems including base station antennas, base station antenna towers, base station communications cabling and connectors, wireless radio frequency transmitters, wireless radio frequency receivers and reception boosters;INCITE INSIGHT CONNECT;CONNECT;
ONEBASE INSITE ANDREW 1100 CommScope Place, SE Hickory NC 28602 Computer systems primarily comprised of remote controllers and diagnostic data processors, and computer systems software, all used to monitor, manage, control and provide diagnostic readings and alarm warnings with respect to the performance of remote equipment and systems, namely, base station subsystems including base station antennas, base station antenna towers, base station communications cabling and connectors, wireless radio frequency transmitters, wireless radio frequency receivers and reception boosters, and environmental systems including air conditioning, humidity sensors, hydrogen detectors, temperature, thermostats, and water intrusion, and security systems including entry alarms, fire/smoke alarms, security lighting, and cameras, and power systems including AC power transfer switches, batteries, fuel cells, and generators, and base station radio frequency systems including power amplifiers, microwave antennas, remote electrical tilt antenna controllers, amplifiers, pilot power sources, and antenna return signal detectors;
 

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

    
Technical Examples
  1. An improved method and system for accessing data from a semaphore in a computer system, through the use of a software component in an application. The method may involve multiple software components in a corresponding multiple of applications in a corresponding multiple of computer systems. In that case, one or more requests to perform a locked read-modify-write operation on the data comprised in the semaphore may be received from one or more of the multiple software components. When multiple requests are received, the multiple requests may be stored in a queue, and processed sequentially. The corresponding multiple of applications may use the semaphore to synchronize operation of the applications. The multiple of computer systems and the computer memory may be connected through a network (e.g., the Internet). Accessing data from a semaphore in a computer system may include publishing or writing data to the semaphore.