Abstract: A method for peer-to-peer messaging between network resources is described. The method includes communicating with a first process by writing a first text file in a first scratch space, where the first text file describes at least one of at least a first set of information that a second process has generated and at least a first action to be performed on the first set of information, detecting, by a first arbiter, the first text file, where the first arbiter is implemented by the first process, and performing at least one of implementing, by the first arbiter, the first action, and applying, by the first arbiter, logic embedded within the first arbiter to determine actions to be performed on the first text file.

Abstract: A method for peer-to-peer messaging between network resources is described. The method includes communicating with a first process by writing a first text file in a first scratch space, where the first text file describes at least one of at least a first set of information that a second process has generated and at least a first action to be performed on the first set of information, detecting, by a first arbiter, the first text file, where the first arbiter is implemented by the first process, and performing at least one of implementing, by the first arbiter, the first action, and applying, by the first arbiter, logic embedded within the first arbiter to determine actions to be performed on the first text file.

Abstract: The system provides remote program execution, data transport, message communication, status communication and relocation of computer resources by using an arbiter associated with each computer. An originating arbiter of a process resource sends messages between arbiters that are received by each arbiter and then sent to a destination arbiter, if required. If necessary, the message may be retransmitted by intermediate arbiters and eventually received by the destination arbiter which interpret, and executes the message. As a result, the arbiters provide actual communication between the resources. Each arbiter may be resident in each of a plurality of computers which are part of a network linked by a network. Each arbiter independently reviews and processes the messages so that the computers communicate directly with each other on a peer to peer basis without the need for a master controlling program or other gateway for controlling and processing the messages as the messages are transmitted between computers.

Abstract: The system provides remote program execution, data transport, message communication, status communication and relocation of computer resources by using an arbiter associated with each computer. An originating arbiter of a process resource sends messages between arbiters that are received by each arbiter and then sent to a destination arbiter, if required. If necessary, the message may be retransmitted by intermediate arbiters and eventually received by the destination arbiter which interpret, and executes the message. As a result, the arbiters provide actual communication between the resources. Each arbiter may be resident in each of a plurality of computers which are part of a network linked by a network. Each arbiter independently reviews and processes the messages so that the computers communicate directly with each other on a peer to peer basis without the need for a master controlling program or other gateway for controlling and processing the messages as the messages are transmitted between computers.

Abstract: The system provides remote program execution, data transport, message communication, status communication and relocation of computer resources by using an arbiter associated with each computer. An originating arbiter of a process resource sends messages between arbiters that are received by each arbiter and then sent to a destination arbiter, if required. If necessary, the message may be retransmitted by intermediate arbiters and eventually received by the destination arbiter which interpret, and executes the message. As a result, the arbiters provide actual communication between the resources. Each arbiter may be resident in each of a plurality of computers which are part of a network linked by a network. Each arbiter independently reviews and processes the messages so that the computers communicate directly with each other on a peer to peer basis without the need for a master controlling program or other gateway for controlling and processing the messages as the messages are transmitted between computers.

Abstract: The system provides remote program execution, data transport, message communication, status communication and relocation of computer resources by using an arbiter associated with each computer. An originating arbiter of a process resource sends messages between arbiters that are received by each arbiter and then sent to a destination arbiter, if required. If necessary, the message may be retransmitted by intermediate arbiters and eventually received by the destination arbiter which interpret, and executes the message. As a result, the arbiters provide actual communication between the resources. Each arbiter may be resident in each of a plurality of computers which are part of a network linked by a network. Each arbiter independently reviews and processes the messages so that the computers communicate directly with each other on a peer to peer basis without the need for a master controlling program or other gateway for controlling and processing the messages as the messages are transmitted between computers.