Abstract: A system and process to adjust the transmission rate of data packets by measuring (continuously or at pre-set intervals) certain elements and variables to reliably measure the current transmission rate and gaps (wasted space) to determine the channel utilization. These measurements are used to adjust the transmission rate of data in real time. The measurement of these variables reliably predicts the optimum transmission rate and can adjust the same to both efficiently transmit data and avert network congestion. A communication processing device comprising one or more processors operable to measure inter-packet gap times to estimate and utilize channel capacity changes during transmission.

Abstract: A method and apparatus that improves the performance of a data network by segmenting the TCP path and implementing a proprietary protocol (DPR™) over a network. Bandwidth is reduced and reliability improved by using an erasure coded algorithm to generate a predicted number of redundant coded packets used to reconstruct lost data packets. Coded packets are generated at the transmission side and the coded packets together with the raw data packets successfully sent over the channel are used to reconstruct lost raw data packets. The DPR™ erasure coding to adjust for packet loss in real time protocol provides a multiplexed tunnel for a multiplicity of TCP sessions from a client to a cloud proxy. DPR™ implements congestion management, flow control, reliability, and link monitoring. Other network protocols (such as UDP) are supported with a reliability protocol based upon network coding that improves the transmission reliability.

Abstract: The performance of TCP (and other protocols) is improved in a data network by segmenting the TCP path and implementing a protocol over the network. The protocol provides a multiplexed tunnel for a multiplicity of TCP sessions from a client to a cloud proxy. The protocol implements congestion management, flow control, reliability, and link monitoring. Other network protocols (such as UDP) are supported with a reliability protocol based upon network coding that improves the transmission reliability.

Abstract: A system and process to adjust the transmission rate of data packets by measuring (continuously or at pre-set intervals) certain elements and variables to reliably measure the current transmission rate and gaps (wasted space) to determine the channel utilization. These measurements are used to adjust the transmission rate of data in real time. The measurement of these variables reliably predicts the optimum transmission rate and can adjust the same to both efficiently transmit data and avert network congestion. A communication processing device comprising one or more processors operable to measure inter-packet gap times to estimate and utilize channel capacity changes during transmission.

Abstract: A method and apparatus that improves the performance of TCP (and other protocols) in a data network by implementing segmenting the TCP path and implementing a proprietary protocol (DPR™) over the network. The DPR™ protocol provides a multiplexed tunnel for a multiplicity of TCP sessions from a client to a cloud proxy. DPR™ implements congestion management, flow control, reliability, and link monitoring. Other network protocols (such as UDP) are supported with a reliability protocol based upon network coding that improves the transmission reliability. A network and a method for transmitting processes in a network are disclosed, using deterministic coefficients for encoding packets based on network coding principles. Disclosed is a method and implementation for using deterministic coefficients for encoding packets based on network coding principles.

Abstract: A method and apparatus that improves the performance of a data network by segmenting the TCP path and implementing a proprietary protocol (DPR™) over a network. Bandwidth is reduced and reliability improved by using an erasure coded algorithm to generate a predicted number of redundant coded packets used to reconstruct lost data packets. Coded packets are generated at the transmission side and the coded packets together with the raw data packets successfully sent over the channel are used to reconstruct lost raw data packets. The DPR™ erasure coding to adjust for packet loss in real time protocol provides a multiplexed tunnel for a multiplicity of TCP sessions from a client to a cloud proxy. DPR™ implements congestion management, flow control, reliability, and link monitoring. Other network protocols (such as UDP) are supported with a reliability protocol based upon network coding that improves the transmission reliability.

Abstract: A method and apparatus that improves the performance of TCP (and other protocols) in a data network by segmenting the TCP path and implementing a proprietary protocol (DPR™) over the network. The DPR™ protocol provides a multiplexed tunnel for a multiplicity of TCP sessions from a client to a cloud proxy. DPR™ implements congestion management, flow control, reliability, and link monitoring. Other network protocols (such as UDP) are supported with a reliability protocol based upon network coding that improves the transmission reliability. Also, a network and a method for transmitting processes in a network are disclosed, using deterministic coefficients for encoding packets based on network coding principles.

Abstract: A method and apparatus that improves the performance of TCP (and other protocols) in a data network by implementing segmenting the TCP path and implementing a proprietary protocol (DPR™) over the network. The DPR™ protocol provides a multiplexed tunnel for a multiplicity of TCP sessions from a client to a cloud proxy. DPR™ implements congestion management, flow control, reliability, and link monitoring. Other network protocols (such as UDP) are supported with a reliability protocol based upon network coding that improves the transmission reliability. A network and a method for transmitting processes in a network are disclosed, using deterministic coefficients for encoding packets based on network coding principles. Disclosed is a method and implementation for using deterministic coefficients for encoding packets based on network coding principles.

Abstract: A method for placing components on a substrate, the method comprising determining a reference point of a mechanical holding jig based upon a plurality of mechanical features of the mechanical holding jig and placing the substrate into the jig such that mechanical features on the substrate align with the mechanical features on the mechanical holding jig. A location of the substrate is determined with the reference point of the mechanical holding jig. The method continues by installing a plurality of first components onto the substrate aligned to the mechanical holding jig. The substrate is removed from the mechanical holding jig and a second component is placed onto the substrate to cover the plurality of first components. The second component is placed onto the substrate to align a plurality of references points of the second component to the mechanical features on the substrate. The second component is secured to the substrate.