Abstract: A system for network agnostic satellite communications includes an antenna configured to receive at least one antenna receive beam including multiple receive carriers multiplexed in at least one of frequency or time. The system further includes a signal processor configured to receive the multiple receive carriers and to extract data from at least one receive carrier of the multiple receive carriers. The system further includes an input device configured to receive at least one desirable communication parameter. The system further includes a control processor designed to determine actual parameters corresponding to the multiple receive carriers of the at least one antenna receive beam. The control processor is further designed to select an optimal receive carrier by comparing the at least one desirable communication parameter to the actual parameters. The control processor is further designed to establish a current communication link with the optimal receive carrier.

Abstract: A system for network agnostic satellite communications includes an antenna configured to receive at least one antenna receive beam including multiple receive carriers multiplexed in at least one of frequency or time. The system further includes a signal processor configured to receive the multiple receive carriers and to extract data from at least one receive carrier of the multiple receive carriers. The system further includes an input device configured to receive at least one desirable communication parameter. The system further includes a control processor designed to determine actual parameters corresponding to the multiple receive carriers of the at least one antenna receive beam. The control processor is further designed to select an optimal receive carrier by comparing the at least one desirable communication parameter to the actual parameters. The control processor is further designed to establish a current communication link with the optimal receive carrier.

Abstract: A lighting fixture having a socket housing and a removable lamp housing. The socket housing includes a socket for receiving a lamp and for connecting the lamp to a power supply. The lamp housing has a first end for emitting light from the lamp and a second end that is removably coupled to the socket housing. The lamp housing least partially encloses the lamp when connected to the socket housing. The second end of the lamp housing is wider than the lamp, so as to allow the lamp housing to be removed from the socket housing without first removing the lamp from the socket. Removing the lamp housing from said socket housing substantially exposes the socket to view and allows for installation of a lamp into the socket without having to re-position or re-aim the track light fixture.

Abstract: A materials management system and method configured to handle materials events is provided. The materials management system can be configured to receive event information, comprising information pertaining to a hazardous materials event, to store data pertaining to a plurality of hazardous materials, to retrieve stored data based on the event information and to generate a materials event response based on the retrieved information. According to one embodiment, the materials management system can include an remote user interface for accepting user input and facilitating a system response.