Abstract: The invention provides a method and system for producing aquatic specie for consumer consumption within a closed aquaculture system. It provides for growing algae in artificial saltwater under controlled conditions in an algae subsystem, feeding the algae to adult artemia for producing small artemia in an artemia subsystem, feeding the algae and small artemia to immature aquatic specie for producing adolescent aquatic specie in an aquatic specie nursery subsystem, and feeding the algae and small artemia to the adolescent aquatic specie to for producing adult aquatic specie in an aquatic specie growout subsystem, which are then harvested. The invention also includes a data acquisition and control subsystem for automated control of the aquaculture system. A unique filtration subsystem accepts waste from the aquatic specie subsystem, pumps the waste through a series of filters, and returns the filtered saltwater to the algae subsystem, the artemia subsystem and the aquatic specie subsystem.

Abstract: A decentralized asynchronous wireless communication system is disclosed for providing voice and data communication that allows flexibility of communication paths for local communication or for communication to external networks. The system makes use of communication docking bays that may communicate in a local mode with other communication docking bays or handsets within a same microcell via signal extenders. In an extended mode, a communication docking bay located in a first microcell of a first macrocell may communicate with a second communication docking bay or handset in a second microcell of the first macrocell via signal extenders and a network extender. In a remote mode, a communication docking bay located in a first microcell of a first macrocell may communicate with a second communication docking bay or handset in a second microcell of a second macrocell via signal extenders and network extenders.

Abstract: The invention provides a method and system for producing aquatic specie for consumer consumption within a closed aquaculture system. It provides for growing algae in artificial saltwater under controlled conditions in an algae subsystem, feeding the algae to adult artemia for producing small artemia in an artemia subsystem, feeding the algae and small artemia to immature aquatic specie for producing adolescent aquatic specie in an aquatic specie nursery subsystem, and feeding the algae and small artemia to the adolescent aquatic specie to for producing adult aquatic specie in an aquatic specie growout subsystem, which are then harvested. The invention also includes a data acquisition and control subsystem for automated control of the aquaculture system. A unique filtration subsystem accepts waste from the aquatic specie subsystem, pumps the waste through a series of filters, and returns the filtered saltwater to the algae subsystem, the artemia subsystem and the aquatic specie subsystem.

Abstract: The invention provides a method and system for producing aquatic specie for consumer consumption within a closed aquaculture system. It provides for growing algae in artificial saltwater under controlled conditions in an algae subsystem, flowing the algae to an artemia subsystem containing adult artemia for feeding the adult artemia which produce smaller artemia, and flowing the algae and artemia to an aquatic specie subsystem containing an immature adult specie. As the immature aquatic specie consumes the algae and artemia, they mature into adult aquatic specie for harvesting. The invention also includes a data acquisition and control subsystem for automated control of the aquaculture system. A unique filtration subsystem accepts waste from the aquatic specie subsystem, pumps the waste through a series of filters, and returns the filtered saltwater to the algae subsystem, the artemia subsystem and the aquatic specie subsystem.

Abstract: The invention provides a method and system for producing aquatic specie for consumer consumption within a closed aquaculture system. It provides for growing algae in artificial saltwater under controlled conditions in an algae subsystem, flowing the algae to an artemia subsystem containing adult artemia for feeding the adult artemia which produce smaller artemia, and flowing the algae and artemia to an aquatic specie subsystem containing an immature adult specie. As the immature aquatic specie consumes the algae and artemia, they mature into adult aquatic specie for harvesting. The invention also includes a data acquisition and control subsystem for automated control of the aquaculture system. A unique filtration subsystem accepts waste from the aquatic specie subsystem, pumps the waste through a series of filters, and returns the filtered saltwater to the algae subsystem, the artemia subsystem and the aquatic specie subsystem.

Abstract: A decentralized asynchronous wireless communication system is disclosed for providing voice and data communication that allows flexibility of communication paths for local communication or for communication to external networks. The system makes use of communication docking bays that may communicate in a local mode with other communication docking bays or handsets within a same microcell via signal extenders. In an extended mode, a communication docking bay located in a first microcell of a first macrocell may communicate with a second communication docking bay or handset in a second microcell of the first macrocell via signal extenders and a network extender. In a remote mode, a communication docking bay located in a first microcell of a first macrocell may communicate with a second communication docking bay or handset in a second microcell of a second macrocell via signal extenders and network extenders.

Abstract: A decentralized asynchronous wireless communication system is disclosed for providing voice and data communication that allows flexibility of communication paths for local communication or for communication to external networks. The system makes use of handsets that may communicate in a local mode with other handsets within a same microcell via signal extenders. In an extended mode, a handset located in a first microcell of a first macrocell may communicate with a second handset in a second microcell of the first macrocell via signal extenders and a network extender. In a remote mode, a handset located in a first microcell of a first macrocell may communicate with a second handset in a second microcell of a second macrocell via signal extenders and network extenders. The system is particularly suitable for operation in rural areas having a low population density.

Abstract: A wireless communication system using radio frequencies for transmitting and receiving voice and data signal with an internal network with multiple internal communication path, and an external communication path for linking the internal network to an external communications network and is suited to operate in remote locations that are isolated. The internal network contains transceivers that allow for decentralized communication along multiple communication paths within the internal network. If the transceivers are within range, they can communicate directly without the need for a central call switching and delivery center. If the transceivers are out of range, they can communicate via intermediate transceivers that relay the calls to the destination transceivers, eliminating the need for a central call switching and delivery center.

Abstract: A digital direct wireless communication system that permits direct, point-to-point communication (voice or data) between transceivers without the infrastructure associated with traditional cellular systems. The transceivers may communicate with a Public Switched Telephone Network (PSTN), with a plurality of fixed base units, a plurality of mobile units and possibly, a plurality of repeaters. The mobile units are operable to communicate point-to-point with other mobile units or other fixed base units. Similarly, the fixed base units are operable to communicate point-to-point with other fixed base units or other mobile units. The system repeaters, if present, are dispersed throughout the communication coverage area for receiving and re-transmitting radio signals from the mobile and fixed base units, if necessary. The mobile and fixed base units may also communicate with remote telephone users through the PSTN.