Abstract: A system and method for data coding and transmission for improving a retry mechanism are disclosed. A system and method allow the receiver to perform decoding based on increased data bits rather than by repeatedly processing the same retransmitted information, thereby reducing the number of retries and improving the performance of a communication system. Also, with the reduced number of retries, the computing costs of the electronic devices used in the communication systems are reduced. When mobile devices are often used in wireless communication, this is particularly advantageous since the battery life of these devices is significantly improved. Moreover, the system and method provide incremental data transmission and therefore optimize the utilization of channel bandwidth.

Abstract: A power supply unit (PSU) configured to provide electrical power to an electronic device. The PSU may include a PSU control circuit configured to, via a power meter, detect that electrical power conveyed to the electronic device is above a timer starting threshold. In a first charging mode with a first predetermined charging duration, the PSU control circuit may control the PSU to convey electrical power to the electronic device with a first power ceiling. Subsequently to the first predetermined charging duration elapsing, in a second charging mode with a second predetermined charging duration, the PSU control circuit may control the PSU to convey electrical power to the electronic device with a second power ceiling that is lower than the first power ceiling. Subsequently to the second predetermined charging duration elapsing, the PSU control circuit may control the PSU to return to the first charging mode.

Abstract: A system and method for data coding and transmission for improving a retry mechanism are disclosed. A system and method allow the receiver to perform decoding based on increased data bits rather than by repeatedly processing the same retransmitted information, thereby reducing the number of retries and improving the performance of a communication system. Also, with the reduced number of retries, the computing costs of the electronic devices used in the communication systems are reduced. When mobile devices are often used in wireless communication, this is particularly advantageous since the battery life of these devices is significantly improved. Moreover, the system and method provide incremental data transmission and therefore optimize the utilization of channel bandwidth.

Abstract: A testing system may include an electrical cable, a computing device, a communication interface, at least one downstream device, and testing software. The communication interface may be coupled to the electrical cable and to the computing device. The at least one downstream device may be coupled to the electrical cable. The testing software may be stored on the computing device. The testing software may be configured to initiate and evaluate transfer of data between the computing device and the at least one downstream device through the electrical cable and the communication interface.

Abstract: A testing system may include an electrical cable, a computing device, a communication interface, at least one downstream device, and testing software. The communication interface may be coupled to the electrical cable and to the computing device. The at least one downstream device may be coupled to the electrical cable. The testing software may be stored on the computing device. The testing software may be configured to initiate and evaluate transfer of data between the computing device and the at least one downstream device through the electrical cable and the communication interface.